text:
New restaurants & bars
Jazz à Vienne offers an enhanced festival experience with ranges that are in keeping with its philosophy and values. The menu can be enjoyed at the Théatre Antique, as well as in the open-air food court at Cybèle. New, local flavours that are in line with our overarching zero waste initiative and will delight your tastebuds!
Recipes from local chefs, beers from the Lyon region, Savoyard lemonade and iced tea, fruit juices and cordials from the Isère, artisanal ice cream from Reventin-Vaugris, Côtes du Rhône wines, artisanal charcuterie from Ampuis, fresh frîtes from the Rhône valley and local cheeses... will all delight your tastebuds!
The chefs' glass jar dishes - Cybèle
The six chefs and Vienne restaurant owners for 2022
Patrick Henriroux, 'L'espace PH3'
Sébastien Desestret, 'Les Saveurs du Marché'
Philippe Deval, 'Muse'
Bruno Ray, 'Estancot'
Jordan Laroze, 'Fab & Co'
Horacio Zarate, 'Alquimia'
Discover the glass jar dishes developed especially for Jazz à Vienne. The menu that will be available at the Cybèle food court this year has been designed by six chefs who have agreed to create dishes that can be served in reusable glass jars. This summer, enjoy twelve sweet and savoury dishes - a third of which will be vegetarian - giving pride of place to seasonal produce and the chefs' own specialities.
The aim is to establish this principle going forward and to involve different restaurant chefs from the region every year.
Our 100% local on-the-go menu - Théâtre Antique & Cybèle
This summer, enjoy fresh frîtes made from potatoes harvested just 12 km (approx. 7 mi) from the festival via the ReColTer platform. ReColTer brings together thirty farmers from the Isère, Loire and Rhône, all located between Vienne, Lyon and Saint-Étienne. The origin and variety of the potatoes were specially selected for the festival. Within just three days, the harvested potatoes are ready to be turned into delicious fresh frîtes!
Our Viennese hot-dog was specially designed for the festival with the butchers and charcutiers at Maxime Dailland's D48 (pork raised in the AURA region) located just 5 km (approx. 3 mi) from Cybèle as the crow flies, as well as with baker Alexandre Masse at L'Adresse bakery (brioche buns made with flour from the Loire region). L'Adresse also offers a fully vegetarian sandwich made from local and seasonal products.
Homemade ketchup and crème Rigotte - made from Condrieu's famous goat cheese - make an excellent accompaniment to the Viennese hot-dog and fresh frîtes.
Local artisans will also be putting their skills on display by providing cheese and charcuterie sharing boards. Lionel Chapat's La Fromagerie Viennoise, which is located in the heart of Vienne, has been entrusted with the selection of cheeses. Maxime Dailland's butchers at D48 have also been entrusted with developing the range of charcuterie on offer at Cybèle. The artisan bakers at Pain & Cie in Estrablin will be offering a range of sandwiches and savoury tarts at the Théâtre Antique every evening. These are made exclusively from ingredients from the Auvergne-Rhône-Alpes region.
Artisanal ice cream - Théâtre Antique & Cybèle
Established in 2003 less than 15 km (approx. 9 mi) from the Antique Theatre, at any time of day and night, Histoires de Glaces offers a vast array of sorbet and ice cream flavours. Peaches and apricots from the Drôme region, pears from Savoie, chocolate from the Chocolaterie Weiss in Saint-Étienne and pralines from the Maison de la Praline in Roanne are merely some of the ingredients used in products that are the pride of artisanal French ice-cream making.
The Ninkasi brasserie - Théâtre Antique & Cybèle
The Ninkasi brewery is committed to managing its environmental impact; it works to promote sustainable and responsible agriculture; and it actively promotes artistic expression — it was made to become Jazz à Vienne's official brewer! These shared values are the bedrock of our collaboration, allowing us to offer beers that are even more local and sustainable.
Ninkasi beers are developed and brewed in the Rhône department in line with Lyon's brewing tradition. Light, intense, fruity... Since 1997, the Ninkasi range has been offering a plethora of flavours and a touch of originality. Its beers are made with selected ingredients, including 100% French Pilsen malted barley.
In all the Jazz à Vienne and Ninkasi bars, you will find the historic Ninkasi Blonde, Ninkasi Blanche (White) and Ninkasi French IPA, a 100% French beer. The more adventurous can also try the emblematic Ninkasi Pale Ale, as well as the Jazz à Vienne Summer Ale, a dry and thirst-quenching beer with woody notes from being aged on chips of French oak, as well as notes of banana and clove. The Summer Ale is brewed with Volca Pils malt from Auvergne.
The wealth of local wines - Théâtre Antique & Cybèle
Rosé & Red
100% Syrah de l'Isère
100% Chardonnay from the southern part of Crozes-Hermitage
Domaine Les Grandes Serres, La Romaine, Cave La Suzienne & Vignoble Art Mas
Domaine de Bonserine, Domaine François Villard, Stéphane Ogier, La Romaine, Cave de Tain l'Hermitage, Maison Guigal, Les Vins de Vienne & Maison M. Chapoutier
Maison M. Chapoutier, Domaine Billon Christophe, Domaine de Montine, Domaine La Font de Notre Dame, Domaine de l'Amandine, Domaine des Remizières & Les Vins de Vienne
Vienne is nestled among vineyards and its surroundings are home to the two most prestigious protected designations (AOC) in the Rhône valley: Côte-Rôtie and Condrieu. Thanks to our collaboration with Inter Rhône, which brings together wine-growing and trade professionals from the Rhône valley, festivalgoers will be able to experience these local grands crus and discover the region's protected wines (AOC). Throughout the festival, the Cybèle wine bar will be offering eighteen delightful wines from the Côtes-du-Rhône, Côtes-du-Rhône Village, Saint-Joseph, Saint-Péray, Condrieu and Côte-Rôtie protected areas (AOC).
The Clairmont winemakers collective will be offering its range at the Théâtre Antique's bar. Prepare to savour wines from the Collines Rhodaniennes IGP: a 100% syrah red and rosé from Isère and a 100% chardonnay from the southern part of Crozes-Hermitage.
The Jazz à Vienne cuvées - Cybèle
For almost two decades, Jazz à Vienne has collaborated with François Villard, Pierre Gaillard, Yves Cuilleron, Yves Gangloff, Jean-Michel Gerin and Les Vins de Vienne to offer two special cuvées of Condrieu and Côte-Rotie. The cuvées will be on sale. Collector's boxes will be available from day one of the festival in Cybèle's pop-up shop. This special blend will also be available at the festival's partner restaurants and wine cellars. Please note that there is a very limited supply of these cuvées.
Local & zero-waste soft drinks - Théâtre Antique & Cybèle
In its commitment to provide access to the very best local products, Jazz à Vienne has teamed up with the Brasseurs Savoyards to offer fully organic and artisanal lemonade made with water from the Alps. There is also an organic and artisanal iced tea on the drinks menu. This is made by infusing whole leaves of black and Darjeeling black tea, flavoured with lemon and a hint of mint. A small drop of organic cane sugar is also added. In line with the festival's commitment to reducing its environmental impact, our teams have encouraged suppliers to come up with alternatives for the packaging of soft drinks. The lemonade and iced tea will be packaged in 20-litre barrels so that they can be served on tap.
The festival has also teamed up with farmers and producers Nicolas and Jérôme Ogier to offer 100% local juices made using fruit from Simandres, Serpaize, Communay, Chuzelles, Seyssuel and Vienne. Both their pear and apple–raspberry juices will be available at Jazz à Vienne, but this time, they will come in 5-litre bag-in-boxes to limit the use of containers and disposable items.
Finally, for the very first time, both young and old will be able to enjoy Maison Bigallet's cordials at Jazz à Vienne. Maison Bigallet was founded in 1872 in Lyon and is now based in Virieu-sur-Bourbre in Isère. Certified fair, supportive and responsible, it sources fair-trade sugar and produces an organic, hand-brewed range using fruits from a local supply chain: blueberries and chestnuts from the Ardèche, blackcurrants from the Drôme and Ardèche, raspberries from the Ardèche and Haute-Loire, mint from the Drôme...
Free water fountains - Théâtre Antique & Cybèle
In 2022, the decision was reached to stop offering plastic water bottles: neither were they sold, nor were they provided to the artists and teams (volunteers, technicians and employees). On a typical year, this means the waste from over 35,000 plastic bottles can be avoided. In partnership with Vienne Condrieu Agglomération, which has been in charge of providing drinking water in the area since January 2020, water fountains will be installed in the Théâtre Antique and Cybèle to provide free access to fresh water. Bring your reusable bottles! Nevertheless, if necessary, cups will be made available via a deposit scheme.
Please note that cups other than those provided at the festival will not be accepted.
Limited, 100% biodegradable packaging
In its commitment to waste reduction, Jazz à Vienne has carefully thought about packaging from its bars and restaurants. On the catering side, the material used to wrap sandwiches, as well as that used for cornets of frîtes and cheese and charcuterie boards is 100% unbleached cellulose. Once it has been used, it will be recovered in the 'biodegradable' sorting bins and composted. The same applies to the ice-cream cups, ice-cream spoons and paper towels that will be provided.
In the bars, the beers, lemonade and iced tea will be served from reusable barrels. The fruit juices and part of the wine range will be delivered in 5 and 10 litre bag-in-boxes, while the other drinks (Rhône Valley wines and Bigallet cordials) will be served in glass bottles that will be recycled. All other containers at the festival will be 100% reusable: glass jars, stainless steel spoons, wood for the charcuterie/cheese boards and sharing portions of frîtes.
In 2022, to promote their reuse at the festival and other events, the decision was made to use entirely neutral glasses. Indeed, past editions of the festival have shown that neutral and unmarked wine and beer glasses provided through deposit schemes tend to be returned more frequently.
Furniture made in Vienne
At Cybèle, you can take a seat on furniture made especially for the festival by the vocational students at Vienne's Galilée high school. Every year, Jazz à Vienne and Galilée high school team up for a pedagogical project involving furniture design, as well as the creation of objects made available throughout the festival. The food court at Cybèle will therefore be equipped with tables, benches and stand-up tables built by students studying sheet metalwork, carpentry and machining. As in the case of other initiatives led by the teams at Jazz à Vienne, this project helps include groups from around the area and it highlights their skills. All the furniture is put on sale during the festival and profits are donated to the high school to finance future projects.
Supply card


Course Duration: 24 hours or 40 hrs depending upon your time budget.
This class is for industrial designers and engineers who migrated from Solidworks, Rhino 3d or Alias Studio and also took the one-week Level 1 & the consecutive surfacing week but also requires a refresher workshop.
Onsite Training: This and all Design-eEgine courses are offered onsite at your facility also. Call to speak to an account manager to arrange a class at 312.226.8339 today.
Design Engine's Seven Day Creo Intensive to industrial designers workshop or the one- week Creo surfacing intensive.
Build selection sets in Creo and intense review.
Intense review & re-introduction to IGES import with Data Doctor or IDD.
Learn to take advantage of isoparms/isolines with respect to striation or flow of a surface.
Learn about tangent issues in-depth using examples from difficult surface anomalies with or without control points.
Learn advanced details of Sweeps, blends & other curve & surfacing techniques to maintain Draft.
Learn techniques for capturing form by looking at various foam models and offer several starting examples on how to initiate the modeling process.
Building surfaces from graph features.
Discuss alternate surface creation techniques from robust curves.
An introduction to 3D bounding boxes or lattice structures.
Create ridiculously robust models utilizing lattice structures. Discuss how to incorporate handles for further control as well as understanding surfaces that look at those curves.
Participants, if interested, can explore curvature continuity (G2) and multiple plans of attack by looking at existing products.
Re-introduction to Wet Cardboard: affecting light reflection with geometry and adding lead in for resultant surfaces.
Re introduction to top down design. This time using Skeleton Parts and publish geometry.
Adding bounding boxes to models in hind site.
Discuss techniques for making surfacing models more robust.
Examine differences between SW and CREO.
Copy Paste + Copy Paste Special, and how to use them effectively.
Parent child relations in Sketcher.
Refresh of the Hole tool including countersink clearance hole.
Discussion on the difference between using a separate sketch vs extrudes w/out the use of separate sketches.
Examine light reflections from an industrial designer's perspective, with respect to G2 Continuity.
Compare Creo to Alias modeling techniques and the differences or benefits for each one.
Discuss three-part to four-part boundaries with more than four examples for getting out of a corner.
Discuss plan of attack and a simple approach for capturing form from foam models or ID sketches.
Examine the idation process as the ability to prove form and the techniques to get multiple 3D iterations within hours instead of days.
Intense review and discussion of differences between Y=X2, Y=X3, Y=X5 single span splines and full discussion on how that matters for Industrial Designers managing Curvature.
G0, G1, G2, G3 discussion complete w/ examples + discussion.
Discuss with specific examples advanced functions of Creo as well as the strengths and weaknesses by comparing it to other high-end industry surfacing software.
Review techniques for building a more robust plan of attack with respect to Creo.
Ventilate clam shell plastic part design as related to swept surfaces. Also discuss styling grooves with examples.
Managing Illustrator artwork in Creo diametrically and build extrude geometry or other geometry from that data.
Discuss with examples the plan of attach or set up process for building models.
Examine in detail the techniques for avoiding 3 part boundaries and discover why expert surface modelers do not use 3 part boundaries (even masters of surfacing for reverse engineering).
Polycom Speaker: 3 pronged speaker phone.
Model the 3 pronged speaker Polycom.
Saddle Model (review from 1st day of Surfacing class).
Model a Herman Miller seat basin.
ToGo Coffee Mug: three part to go mug with top down design.
Calphalon Illustrator file via DXF IGES (or any Illustrator art work supplied by customer).
Black & Decker suction tube: blend from square to round.
Sweep & Blend project: intense review comparing sweep functions to blend and boundaries.
Any projects you want to bring to the table. Be sure to have disclosures signed before class begins.
This course is usually customized to focus on the students learning wishes and company projects. Bring examples of work or problematic models for in context discussions.
This course is usually administered Onsite. This Creo training course is an intense & specific review where the participants previously took the course 7 day or two week creo training for industrial designers . In this workshop we help industrial designers & design engineers alike rethink, rehash, and refresh their approach product surfacing projects and to make multiple changes on your model without failed features. As with all Design-Engine classes, participants keep the training material login and password for life.
Is it possible to check some sample video training videos about Creo surfacing please.


text:
New UIL districts set for 2018-19, 2019-20
Northwest Independent School District » News » What's New » New UIL districts set for 2018-19, 2019-20
Two of Northwest Independent School District's three high schools are set to play in the same 6A athletic district for the next two years, while its third high school will play in 5A as part of the University Interscholastic League's bi-annual district realignment.
The UIL announced its tentative statewide placement of schools in athletics districts by student enrollment figures on Thursday, Feb. 1. As a result of the realignment process, Byron Nelson and Eaton high schools are scheduled to compete in District 5-6A for the 2018-19 and 2019-20 school years, while Northwest High School is slated to compete in District 4-5A Division II in football and 8-5A in basketball and volleyball.
In District 5-6A, the Byron Nelson Bobcats and Eaton Eagles will be paired with Denton Guyer, Southlake Carroll and four Keller ISD schools – Central, Keller, Fossil Ridge and Timber Creek – in basketball, football and volleyball. The Northwest Texans will compete in District 4-5A Division II alongside six Fort Worth ISD schools – Carter-Riverside, Eastern Hills, North Side, Polytechnic, Southwest and Wyatt – for football.
In basketball and volleyball, Northwest will compete in District 8-5A with Denton, Denton Braswell, Denton Ryan, Lake Dallas, The Colony and Little Elm. Basketball and volleyball districts are revised annually, though they often remain unchanged until the bi-annual realignment that includes football.
NORTHWEST ISD UIL DISTRICTS FOR FOOTBALL (2018-19, 2019-20)
DISTRICT 4-5A DII DISTRICT 5-6A
Fort Worth Carter-Riverside
Fort Worth Eastern Hills
Fort Worth North Side
Fort Worth Polytechnic
Fort Worth Southwest
Fort Worth Wyatt
Byron Nelson
NORTHWEST ISD UIL DISTRICTS FOR BASKETBALL & VOLLEYBALL (2018-19)
DISTRICT 8-5A DISTRICT 5-6A
Lewisville The Colony
The cutoff point for Class 6A for 2018-19 and 2019-20 was set at a student enrollment of 2,190 or more. Class 5A's cutoff range was set at an enrollment at or between 1,150 to 2,189 students. The UIL further segments classes 5A and below into two football classifications each based on enrollment, while 6A's two enrollment-based classifications for football are determined after the regular season from the schools that qualify for the playoffs.
Byron Nelson submitted an enrollment estimate of 2,579 students for 2018-19, Northwest ISD's largest enrollment. Eaton, which currently competes in 5A and will graduate its first class this year, submitted an estimated enrollment of 2,222. Northwest submitted an estimated enrollment of 1,791.
Byron Nelson and Eaton will have room to grow in their 6A classification, as both schools are slated to receive expansions as part of the district's bond package passed by voters in 2017. These expansions will give the schools a capacity of 3,200 students, which will likely solidify their place in the 6A classification.
FULL REALIGNMENT INFORMATION
To view all 2018-19 and 2019-20 UIL districts as part of the bi-annual realignment, view the information on the UIL's website.

redpajama_set_name: RedPajamaCommonCrawl


Utilities and energy companies can lose a significant amount of money if it gets attacked. This will eventually lead to bad press and loss of trust from their customers. Attacks in this sector can turn out to be quite expensive. We also undertake securing of supervisory control and data acquisition systems. Security of the industrial automation control system is highly important and can cause lots of issues if not secured effectively and efficiently.
The rise of cyber-attacks in the utilities and energy sector has led them to think twice before about their security regulations. The attackers intend to steal critical information and disrupt services. CyberSecOn helps you design and implement risk-based cybersecurity programs. We identify necessary standards based on your organization's infrastructure. We assist you in recognizing and responding to threats appropriately.
CyberSecOn utilizes the finest security products to streamline the process of obtaining and keeping compliance. These products help your organisation defend itself from possible threats.


Mazanti-Andersen Korsø Jensen is Denmark's oldest law firm. But that doesn't mean that we linger in the past. It's actually quite the opposite. We're still around because we always think ahead, keep evolving and plan for the future – both for our clients and for ourselves.
That is also one of the reasons why we don't just have clients, but long and meaningful relations. Another reason is the guidance that our clients receive from day one, where they are assigned one dedicated senior advisor with a team of relevant specialists behind them. This team will guide you quickly and efficiently through the legal landscape, no matter how complex your case turns out to be.
Today, we are one of Denmark's larger law firms representing many Danish and international business clients.
You can learn more about our legal areas here.
Today we are among the larger law firms in Denmark with an expertise within a number of legal areas – including Corporate/M&A, Real Estate, Bankruptcy and Restructuring, Banking and Finance together with Litigation and Arbitration.
Representing both Danish and international companies, our client list continues to grow. Often our relationship with our clients spans many years. This means that we know our clients and their companies. Besides this, we have a long and proud tradition within litigation and arbitration. As part of our team, we have some prominent lawyers that excel within this legal discipline where we have represented – and won – some of the biggest cases in Danish history.
Our partners and associates are well qualified and specialized, but all lawyers maintain a general insight into the major relevant areas of law in general. Three of the partners hold public position of trust as appointed counsel to defendants in criminal cases, and three of the partners have been appointed as permanent trustees/appointed administrators in bankruptcies and reconstruction of companies by the bankruptcy division of the Maritime and Commercial Court in Copenhagen.
Read more about how Mazanti processes personal data here.
Mazanti-Andersen Korsø Jensen is an LLP counting 31 partners, 9 associate partners in addition to a larger number of lawyers and additional staff of support. A board, comprised by five partners: Henrik B. Sanders(chairman), Philip S. Thorsen, Lars Lüthjohan Jensen, Jan Al-Erhayem, Michael L. Jacobsen and Christian E. Bonnesen manages the firm.
The general Business Terms and Conditions of the Firm are outlined here.
Should you wish more in-depth knowledge about our internal structure, please contact Henrik B. Sanders.
As the oldest law firm in Denmark, we have a long and proud history. Mazanti-Andersen Korsø Jensen was initially established by one of the fathers of the Danish Constitution, Supreme Court Attorney C. C. V. Liebe (1820 – 1900), in 1853. He was succeeded by his son Otto Liebe (1860 – 1929). Supreme Court Attorney Otto Liebe was Prime Minister for a short period of time in 1920 during a constitutional crisis in Denmark. Later he founded the Danish Bar and Law Society. Since the early years of the firm, the strong and renowned litigation practice, which is still thriving today, has been in existence.
Supreme Court Attorney Leif Gamborg, (1896 – 1958), was the third senior partner to lead the firm. With his strong involvement in the Danish resistance during World War II, he earned a reputation of being both brave and focused on targets. His values with regard to the respect of the rule of law, and of uncompromised focus on the interests of the client, are still fundamental in the firm today.
Supreme Court Attorney J. Mazanti-Andersen, (1926 – 1994) was in charge of the next generation of the firm. J. Mazanti-Andersen was one of the first Danish lawyers to earn a postgraduate law degree in the USA. He was a main contributor in transforming the firm into a modern business oriented law firm with a reputation of having a sound understanding of the commercial interests of clients and a strong dedication to achieving the goals of the clients in any matter.
Supreme Court Attorney J. Korsø Jensen was one of the publicly well-known partners in the firm, and like his four significant predecessors, J. Korsø Jensen is known as a formidable litigator and a well-spoken combatant and engaged lawyer, who, based on very solid preparatory work, is capable of presenting facts and law in very often comprehensive and complex matters in a way whereby issues can be explained and is understood by the Courts and Arbitral Tribunals as well as by the business partners of the clients of the Firm. J. Korsø Jensen has resigned from the partnership, but remains associated as a senior consultant.


text:
4080Records
Music and culture since 2006
Street Art Photos
Posted on January 5, 2012 by Twice
Questlove's interview
Questlove gave a nice long interview to the Globe and Mail. It's a fascinating insight into the evolution of the Roots and into the production of Undun, and is well worth the read.
Questlove, on the narrative theme and structure of Undun, a song-cycle that comments on the often short, tragic lives of African Americans, some who die from bullets and some from bad diets. The album begins with the sound of a cardiac flat-line, chronologically working its way back in reverse: "There's age 23, and there's 48. Violence is the hooded stranger of death that's around the corner that you have to avoid. And then there's your heart. High cholesterol is that same monster waiting for you at age 48. We wanted to tell a story, not personalizing it where the listener would have pity. We didn't want the protagonist to be a villain or a hero. We thought it would be more interesting to do the album as the voice inside of his head. Also, it was a challenge to tell a story backward in reverse linear fashion, and to tell it in a short manner. Most of our albums are sprawling 78-minute magnum opuses of sound and rhyme. We wanted to cut it by half, but to have the same impact."
No mention of the Redford Stephens character that the album is supposedly designed for, but there is a little hint at an album that could have been with the late Amy Winehouse. He says "She wanted to do an artistic jazz record, with the two of us and Mos Def and Raphael Saadiq." That would have been amazing.
Published by Twice
View all posts by Twice
Prev Things our kids will never have to worry about
Next NME's Top 100 bands of 2012
© Copyright 2021 – 4080Records


text:
Affiliates & Associations
Agreed Upon Procedures & Examinations
Audit, Review & Compilation
SOC Audits / SSAE 18
Emerging & Growth Business
Family Business Advisory Services
International Client Services
IT Audit & Consulting
Sarbanes-Oxley Assistance
Choice of Entity Selection
Entity Taxation
Family, Executive & Entrepreneur Advisory Services
Partnership Taxation
Qualified Opportunity Zone Investments
Valuation & Forensic Services
Litigation and Expert Witness Services
Financial Investigation Services
Alternative Investment Funds
Retail & Distribution
This is YOUR Firm
Home > Insights > SEC releases new cybersecurity guidance for publicly traded companies
SEC releases new cybersecurity guidance for publicly traded companies
By John DeMarzo, Risk Advisory Services Associate | Cybersecurity Services Team
In the wake of data breaches occurring at companies such as Yahoo in 2014 (3 billion user accounts compromised) and Equifax in 2017 (143 million consumers' records stolen), the SEC has released updated cybersecurity guidance for publicly traded companies.
"The guidance is meant to assist public companies in preparing disclosures about cybersecurity risks and incidents," the SEC said in a statement.
New and Reinforced Disclosure Requirements
Prior to this latest release, the SEC had not released cyber-related guidance since 2011. Back then, it was only suggested that businesses disclose information security risks and incidents to investors. However, due to the severity of recent data breaches, the SEC deemed additional guidance necessary.
The suggestions from 2011 have now become requirements. With this new interpretation, "risk factor" disclosures must include cybersecurity risks. Additionally, the SEC requires disclosure of material cyber incidents and the emergence of new risks, whether or not a cyber incident has occurred, via form 8-K. Non-US firms would use different forms, but the equivalent disclosures are required for non-US issuers as well.
The SEC also urged organizations not to disclose too much information about their cyber defenses, so as to not create a new risk. "We do not expect companies to publicly disclose specific, technical information about their cybersecurity systems, the related networks and devices, or potential system vulnerabilities in such detail as would make such systems, networks, and devices more susceptible to a cybersecurity incident," the guidance reads. Determining what to disclose and what not to disclose should be part of the disclosure control process every SEC filer should already have in place.
Boards of directors are also on the hook. Item 407(h) of Regulation S-K and Item 7 of Schedule 14A require disclosure of the board's role in "risk oversight." As a result of this interpretation, these requirements now include cybersecurity risk. Board members would be wise to freshen up on high-level cyber topics so they can serve appropriately in this oversight role.
After the Equifax breach, several Equifax executives sold almost $2 million in Equifax stock after the breach, but before the disclosure, raising the specter of insider trading. In fact, the Department of Justice reportedly opened an investigation into the trades. As a consequence, the new SEC requirements encourages companies to have policies and procedures in place to prevent insiders from trading against non-public cyber related information before it is disclosed.
Compliance Burden
This newest requirement is just one of the many cybersecurity requirements an organization may need to adhere to.
"Although this is the first time we've heard from the SEC recently, other regulatory bodies have been levying requirements around the country," said Chris Moschella, Keiter's Cybersecurity Services team leader. "Other regulations are constantly being issued and updated from industry specific groups, regulators, and even states," Moschella said, "which creates complex and costly compliance requirements for many companies."
However, this latest requirement, on its own, is not likely to create significant burdens for SEC filers.
Cyber risk is a lamentable reality, but it is reality. We are working hard every day to protect the data entrusted to us by our clients, and to provide cybersecurity resources and services to help our clients stay secure. Organizational leaders looking to understand the basic cybersecurity principles that will help keep them safe should consider starting with Keiter's whitepaper.
Interested in learning more about Keiter's cybersecurity services? Contact our Cybersecurity Team. We are here to help.
Data Breach – It can happen to you!
SOC for Cybersecurity: An Answer to Leadership's Cybersecurity Responsibilities
Five Reasons Why Your IT Outsourcer Isn't Keeping You Cyber Secure (and neither is your internal IT team)
Infosecstack: Your Collection of Free Cybersecurity Resources
Cybersecurity: So You Think You Have A Breach
Cybersecurity: Educate and Motivate Staff to Be Careful
Access all of our Cybersecurity Resources
The information contained within this article is provided for informational purposes only and is current as of the date published. Online readers are advised not to act upon this information without seeking the service of a professional accountant, as this article is not a substitute for obtaining accounting, tax, or financial advice from a professional accountant.
Keiter CPAs is a certified public accounting firm serving the audit, tax, accounting and consulting needs of businesses and their owners located in Richmond and across Virginia. We focus on serving emerging growth businesses and companies in the financial services, construction, real estate, manufacturing, retail & distribution industries and nonprofits. We also provide business valuations and forensic accounting services, family office services, and inbound international services.
More Insights from Keiter CPAs
Service Organization Control Audits
Healthcare Practices
Assisted Living and Long-Term Care Facilities
Family, Executive & Entrepreneurial Advisory Services
Qualified Opportunity Zones
Valuation and Forensic Services
How Can We Help You and Your Business?
Innsbrook Corporate Center
4401 Dominion Boulevard
Glen Allen, Virginia 23060
Accounting | Tax | Audit – Keiter CPAs is a certified public accounting firm serving the audit, tax, accounting and consulting needs of businesses and their owners located in Richmond and across Virginia. We focus on serving emerging growth businesses and companies in the financial-services, construction, real estate, manufacturing, retail & distribution industries and nonprofits. We also provide business valuations and forensic accounting services, family office services, and international corporate tax services.
© 2020 Keiter, All Rights Reserved, Legal Policy
We use cookies to ensure that we give you the best experience on our website. By browsing our website, you agree to our use of cookies.OkPrivacy Statement


text:
<RootFolder xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="ECSL_DP.xsd">
	<Dataflow name="Dataflow">
		<System Tag="" Name="unitdelay" name="unitdelay" Priority="0" BlockType="Model" SampleTime="111.000000" Description="">
			<Line _id="ide" Name="" dstLine_end_="idf" srcLine_end_="idc"/>
			<Line _id="id11" Name="" dstLine_end_="id4" srcLine_end_="id10"/>
			<Line _id="id13" Name="" dstLine_end_="id14" srcLine_end_="id10"/>
			<Line _id="id16" Name="" dstLine_end_="id5" srcLine_end_="id15"/>
			<Line _id="id19" Name="" dstLine_end_="id1a" srcLine_end_="id18"/>
			<Line _id="id1d" Name="" dstLine_end_="id1e" srcLine_end_="id1c"/>
			<Line _id="id20" Name="" dstLine_end_="id6" srcLine_end_="id1f"/>
			<Line _id="id22" Name="" dstLine_end_="id23" srcLine_end_="id1f"/>
			<Line _id="id25" Name="" dstLine_end_="id7" srcLine_end_="id24"/>
			<Line _id="id28" Name="" dstLine_end_="id29" srcLine_end_="id27"/>
			<Line _id="id2c" Name="" dstLine_end_="id2d" srcLine_end_="id2b"/>
			<Line _id="id2f" Name="" dstLine_end_="id8" srcLine_end_="id2e"/>
			<OutputPort _id="id4" name="Out1" Number="1" srcLine="id11"/>
			<OutputPort _id="id5" name="Out2" Number="2" srcLine="id16"/>
			<OutputPort _id="id6" name="Out3" Number="3" srcLine="id20"/>
			<OutputPort _id="id7" name="Out4" Number="4" srcLine="id25"/>
			<OutputPort _id="id8" name="Out5" Number="5" srcLine="id2f"/>
			<Primitive Tag="" Name="Constant" name="Constant" Period="0" Deadline="0" Priority="0" BlockType="Constant" SampleTime="0.000000" Description="" ExecutionTime="0">
				<OutputPort _id="id18" name="Out_1" Number="1" dstLine="id19"/>
				<Parameter name="ConRadixGroup" Value="Use specified scaling"/>
				<Parameter name="FramePeriod" Value="inf"/>
				<Parameter name="OutDataType" Value="sfix(16)"/>
				<Parameter name="OutDataTypeMode" Value="Inherit from 'Constant value'"/>
				<Parameter name="OutScaling" Value="2^0"/>
				<Parameter name="SamplingMode" Value="Sample based"/>
				<Parameter name="Value" Value="1.32"/>
				<Parameter name="VectorParams1D" Value="on"/>
			</Primitive>
			<Primitive Tag="" Name="Constant1" name="Constant1" Period="0" Deadline="0" Priority="0" BlockType="Constant" SampleTime="0.000000" Description="" ExecutionTime="0">
				<OutputPort _id="id27" name="Out_1" Number="1" dstLine="id28"/>
				<Parameter name="ConRadixGroup" Value="Use specified scaling"/>
				<Parameter name="FramePeriod" Value="inf"/>
				<Parameter name="OutDataType" Value="sfix(16)"/>
				<Parameter name="OutDataTypeMode" Value="Inherit from 'Constant value'"/>
				<Parameter name="OutScaling" Value="2^0"/>
				<Parameter name="SamplingMode" Value="Sample based"/>
				<Parameter name="Value" Value="[1 3.4 1]"/>
				<Parameter name="VectorParams1D" Value="on"/>
			</Primitive>
			<Primitive Tag="" Name="Unit Delay" name="Unit Delay" Period="0" Deadline="0" Priority="0" BlockType="UnitDelay" SampleTime="1.000000" Description="" ExecutionTime="0">
				<InputPort _id="idf" name="In_1" Number="1" srcLine="ide"/>
				<OutputPort _id="id10" name="Out_1" Number="1" dstLine="id11 id13"/>
				<Parameter name="RTWStateStorageClass" Value="Auto"/>
				<Parameter name="RTWStateStorageTypeQualifier" Value=""/>
				<Parameter name="StateIdentifier" Value=""/>
				<Parameter name="StateMustResolveToSignalObject" Value="off"/>
				<Parameter name="X0" Value="0"/>
			</Primitive>
			<Primitive Tag="" Name="Unit Delay1" name="Unit Delay1" Period="0" Deadline="0" Priority="0" BlockType="UnitDelay" SampleTime="1.000000" Description="" ExecutionTime="0">
				<InputPort _id="id14" name="In_1" Number="1" srcLine="id13"/>
				<OutputPort _id="id15" name="Out_1" Number="1" dstLine="id16"/>
				<Parameter name="RTWStateStorageClass" Value="Auto"/>
				<Parameter name="RTWStateStorageTypeQualifier" Value=""/>
				<Parameter name="StateIdentifier" Value=""/>
				<Parameter name="StateMustResolveToSignalObject" Value="off"/>
				<Parameter name="X0" Value="0"/>
			</Primitive>
			<Primitive Tag="" Name="Unit Delay2" name="Unit Delay2" Period="0" Deadline="0" Priority="0" BlockType="UnitDelay" SampleTime="1.000000" Description="" ExecutionTime="0">
				<InputPort _id="id1a" name="In_1" Number="1" srcLine="id19"/>
				<OutputPort _id="id1c" name="Out_1" Number="1" dstLine="id1d"/>
				<Parameter name="RTWStateStorageClass" Value="Auto"/>
				<Parameter name="RTWStateStorageTypeQualifier" Value=""/>
				<Parameter name="StateIdentifier" Value=""/>
				<Parameter name="StateMustResolveToSignalObject" Value="off"/>
				<Parameter name="X0" Value="4"/>
			</Primitive>
			<Primitive Tag="" Name="Unit Delay3" name="Unit Delay3" Period="0" Deadline="0" Priority="0" BlockType="UnitDelay" SampleTime="1.000000" Description="" ExecutionTime="0">
				<InputPort _id="id1e" name="In_1" Number="1" srcLine="id1d"/>
				<OutputPort _id="id1f" name="Out_1" Number="1" dstLine="id20 id22"/>
				<Parameter name="RTWStateStorageClass" Value="Auto"/>
				<Parameter name="RTWStateStorageTypeQualifier" Value=""/>
				<Parameter name="StateIdentifier" Value=""/>
				<Parameter name="StateMustResolveToSignalObject" Value="off"/>
				<Parameter name="X0" Value="2.341"/>
			</Primitive>
			<Primitive Tag="" Name="Unit Delay4" name="Unit Delay4" Period="0" Deadline="0" Priority="0" BlockType="UnitDelay" SampleTime="1.000000" Description="" ExecutionTime="0">
				<InputPort _id="id23" name="In_1" Number="1" srcLine="id22"/>
				<OutputPort _id="id24" name="Out_1" Number="1" dstLine="id25"/>
				<Parameter name="RTWStateStorageClass" Value="Auto"/>
				<Parameter name="RTWStateStorageTypeQualifier" Value=""/>
				<Parameter name="StateIdentifier" Value=""/>
				<Parameter name="StateMustResolveToSignalObject" Value="off"/>
				<Parameter name="X0" Value="0"/>
			</Primitive>
			<Primitive Tag="" Name="Unit Delay5" name="Unit Delay5" Period="0" Deadline="0" Priority="0" BlockType="UnitDelay" SampleTime="1.000000" Description="" ExecutionTime="0">
				<InputPort _id="id29" name="In_1" Number="1" srcLine="id28"/>
				<OutputPort _id="id2b" name="Out_1" Number="1" dstLine="id2c"/>
				<Parameter name="RTWStateStorageClass" Value="Auto"/>
				<Parameter name="RTWStateStorageTypeQualifier" Value=""/>
				<Parameter name="StateIdentifier" Value=""/>
				<Parameter name="StateMustResolveToSignalObject" Value="off"/>
				<Parameter name="X0" Value="[0 1 0]"/>
			</Primitive>
			<Primitive Tag="" Name="Unit Delay6" name="Unit Delay6" Period="0" Deadline="0" Priority="0" BlockType="UnitDelay" SampleTime="1.000000" Description="" ExecutionTime="0">
				<InputPort _id="id2d" name="In_1" Number="1" srcLine="id2c"/>
				<OutputPort _id="id2e" name="Out_1" Number="1" dstLine="id2f"/>
				<Parameter name="RTWStateStorageClass" Value="Auto"/>
				<Parameter name="RTWStateStorageTypeQualifier" Value=""/>
				<Parameter name="StateIdentifier" Value=""/>
				<Parameter name="StateMustResolveToSignalObject" Value="off"/>
				<Parameter name="X0" Value="[2 3 4]"/>
			</Primitive>
			<System Tag="" Name="Counter" name="Counter" Priority="0" BlockType="SubSystem" SampleTime="0.000000" Description="">
				<Line _id="id34" Name="" dstLine_end_="id35" srcLine_end_="id33"/>
				<Line _id="id37" Name="" dstLine_end_="id38" srcLine_end_="id36"/>
				<Line _id="id3a" Name="" dstLine_end_="idc" srcLine_end_="id39"/>
				<Line _id="id3d" Name="" dstLine_end_="id3e" srcLine_end_="id3c"/>
				<OutputPort _id="idc" name="ctr" Number="1" dstLine="ide" srcLine="id3a"/>
				<Parameter name="ExecuteAtInitialization" Value="off"/>
				<Primitive Tag="" Name="Demux" name="Demux" Period="0" Deadline="0" Priority="0" BlockType="Demux" SampleTime="0.000000" Description="" ExecutionTime="0">
					<InputPort _id="id38" name="In_1" Number="1" srcLine="id37"/>
					<OutputPort _id="id3c" name="Out_1" Number="1" dstLine="id3d"/>
					<Parameter name="BusSelectionMode" Value="off"/>
					<Parameter name="DisplayOption" Value="none"/>
					<Parameter name="Outputs" Value="1"/>
				</Primitive>
				<Primitive Tag="" Name="Ground" name="Ground" Period="0" Deadline="0" Priority="0" BlockType="Ground" SampleTime="0.000000" Description="" ExecutionTime="0">
					<OutputPort _id="id33" name="Out_1" Number="1" dstLine="id34"/>
				</Primitive>
				<Primitive Tag="Stateflow S-Function unitdelay 1" Name="SFunction" name="SFunction" Period="0" Deadline="0" Priority="0" BlockType="S-Function" SampleTime="0.000000" Description="" ExecutionTime="0">
					<ConnectorRef _id="id40" ref="id3f" name="Counter"/>
					<InputPort _id="id35" name="In_1" Number="1" srcLine="id34"/>
					<OutputPort _id="id36" name="Out_1" Number="1" dstLine="id37"/>
					<OutputPort _id="id39" name="Out_2" Number="2" dstLine="id3a"/>
					<Parameter name="FunctionName" Value="sf_sfun"/>
					<Parameter name="Parameters" Value=""/>
					<Parameter name="SFunctionModules" Value="''"/>
				</Primitive>
				<Primitive Tag="" Name="Terminator" name="Terminator" Period="0" Deadline="0" Priority="0" BlockType="Terminator" SampleTime="0.000000" Description="" ExecutionTime="0">
					<InputPort _id="id3e" name="In_1" Number="1" srcLine="id3d"/>
				</Primitive>
			</System>
		</System>
	</Dataflow>
	<Stateflow name="Stateflow">
		<State Name="" name="TopLevel" Order="" ExitAction="" EnterAction="" DuringAction="" Decomposition="OR_STATE">
			<State _id="id3f" Name="Counter" name="Counter" Order="" ExitAction="" EnterAction="" DuringAction="" Decomposition="OR_STATE" referedbyConnectorRef="id40">
				<Data Max="" Min="" Name="ctr" Port="1" name="ctr" Scope="OUTPUT_DATA" Units="" DataType="double" ArraySize="0" Description="" InitialValue="1" ArrayFirstIndex="0"/>
				<State _id="id41" Name="s1" name="s1" Order="0" ExitAction="" EnterAction="" DuringAction="" Decomposition="OR_STATE" dstTransition="id45 id46" srcTransition="id43 id45 id46"/>
				<TransStart _id="id44" dstTransition="id43"/>
				<Transition _id="id43" name="" Guard="" Order="1" Action="" Trigger="" ConditionAction="" dstTransition_end_="id41" srcTransition_end_="id44"/>
				<Transition _id="id45" name="" Guard="ctr < 4" Order="1" Action="ctr = ctr+1;" Trigger="" ConditionAction="" dstTransition_end_="id41" srcTransition_end_="id41"/>
				<Transition _id="id46" name="" Guard="ctr >= 4" Order="2" Action="ctr = 0;" Trigger="" ConditionAction="" dstTransition_end_="id41" srcTransition_end_="id41"/>
			</State>
		</State>
	</Stateflow>
</RootFolder>

redpajama_set_name: RedPajamaGithub


text:
Have Items to Sell?
Final Auction of the 2021 Season
Sep 25 @ 2:00pm PDT (Start)
Sep 30 @ 6:00pm PDT (End)
405 Vermeer Dr., Ponderay, ID 83852, US (map)
Preview: Wednesday, Sept. 29th from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, Oct. 1st from 9AM to 6PM Saturday, Oct. 2nd from 10AM to 2PM No Late Pickup, we are closing for the Season. Anything left past this date will be concidered Abandond. Cards will be Charged on Oct. 2nd at 2PM.
NEVER Forget, Auction
We are taking Consignments on Monday and Tuesday or by Appointment. Preview: Wednesday, Sept. 15th from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, Sept. 17th from 9AM to 6PM Saturday, Sept 18th from 10AM to 2PM
Antiques, Collectibles and more Auction
Aug 28 @ 2:00pm PDT (Start)
Sep 2 @ 6:00pm PDT (End)
We are taking Consignments on Monday and Tuesday or by Appointment. Preview: Wednesday, Sept. 1st from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, Sept. 3rd from 9AM to 6PM Saturday, Sept 4th from 10AM to 2PM
Back to School Auction, Loaded with Plants
Aug 19 @ 6:00pm PDT (End)
We are taking Consignments on Monday and Tuesday or by Appointment. Preview: Wednesday, Aug. 18th from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, Aug. 20th from 9AM to 6PM Saturday, Aug. 21st from 10AM to 2PM
Heat of Summer Auction
Jul 31 @ 2:00pm PDT (Start)
Aug 5 @ 6:00pm PDT (End)
We are taking Consignments on Monday and Tuesday or by Appointment. Preview: Wednesday, Aug. 4th from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, Aug. 6th from 9AM to 6PM Saturday, Aug. 7th from 10AM to 2PM
Summer Auction
Jul 22 @ 6:00pm PDT (End)
We are taking Consignments on Monday and Tuesday or by Appointment. Preview: Wednesday, July 21st from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, July 23rd from 9AM to 6PM Saturday, July 24th from 10AM to 2PM
Independence Day Celebration Auction
Jul 3 @ 2:00pm PDT (Start)
Jul 8 @ 6:00pm PDT (End)
We are taking Consignments on Monday and Tuesday or by Appointment. Preview: Wednesday, July 7th from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, July 9th from 9AM to 6PM Saturday, July 10th from 10AM to 2PM
Beginning of Summer Auction
Jun 19 @ 2:00pm PDT (Start)
Jun 24 @ 6:00pm PDT (End)
We are taking Consignments on Monday and Tuesday or by Appointment. Preview: Wednesday, June 23rd from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, June 25th from 9AM to 6PM Saturday, June 26th from 10AM to 2PM
Summer Break / Green Thumb Auction
Jun 5 @ 2:00pm PDT (Start)
Get ready to get the Yard Blooming, with 500+ Trees, Bushes, Flowers and Plants looking for a new Home. We are taking Consignments on Monday and Tuesday or by Appointment. Preview: Wednesday, June 9th from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, June 11th from 10AM to 6PM Saturday, June 12th from 10AM to 2PM
Memorial Day Auction
May 22 @ 2:00pm PDT (Start)
May 27 @ 6:00pm PDT (End)
We are taking Consignments on Monday and Tuesday or by Appointment. Preview: Wednesday, May 26th from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, May 28th from 10AM to 6PM Saturday, May 29th from 10AM to 2PM
Mothers Day Auction
May 8 @ 2:00pm PDT (Start)
Spring Auction is Packed
Apr 24 @ 2:00pm PDT (Start)
Apr 29 @ 6:00pm PDT (End)
We are taking Consignments on Monday and Tuesday or by Appointment. Preview: Wednesday, April 28th from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, April 30th from 10AM to 6PM Saturday, May 1st from 10AM to 2PM
Kick Off 2021 Auction House Season
Kick off the 2021 Auction House Season. Get ready for a great Summer in our beautiful North Idaho Home. We will start to take Consignments on Monday (April 5th) and Tuesday (April 6th) or by Appointment. Preview: Wednesday, April 14th from 11AM to 5PM Buyers Premium: 13% (3% Cash Discount) Sales Tax: 7% Pickup Times: Friday, April 16th from 9AM to 6PM Saturday, April 17th from 10AM to 2PM
2023 © 7bAuction. All Rights Reserved. Site powered by


text:
Jennifer LaMountain
Musician and Artist in Florida
WORLD VISION - Sponsor a child today!
Booking: 423-774-8500 , [email protected]
Download Music: iTunes
CDs: www.morningsongestore.com
Donate: CLICK HERE
Thousands worldwide have witnessed the grace and passion of Jennifer's ministry. The beauty and energy of her music is contagious. She bubbles over with enthusiasm. "Our God is so amazing," she says, "and with a Friend so precious – how can I keep from singing?" From her first church solo at age three, to her roles in opera, to regular appearances on religious television and worldwide satellite programming, Jennifer continues to inspire listeners. Since 1993, Jennifer has been a featured artist on radio and television and appears on numerous religious programs in the United States, Canada and worldwide. She has sung from many of the major halls and stages in the world to numerous churches and special events, including the Crystal Cathedral, Manhatten Center, The St. Louis Busch Stadium, PICC ……and the list goes on. Jennifer is proud to be representing the media ministry of "Faith For Today". Jennifer is also an Artist Associate with World Vision and regularly speaks on their behalf.


text:
Steward arrested for duping customers by cloning cards
An employee of a central Delhi restaurant has been arrested for allegedly cloning debit and credit cards of customers and duping them of nearly Rs 4 lakh, police said on Wednesday
New Delhi: An employee of a central Delhi restaurant has been arrested for allegedly cloning debit and credit cards of customers and duping them of nearly Rs 4 lakh, police said on Wednesday.
The accused has been identified as Pankaj Kumar, they said. On February 14, a private bank filed a case that few of their customers who were having credit and debit cards have reported disputed transactions.
Moreover, the cards were in possession of the customers at the time of those transactions, Madhur Verma, Deputy Commissioner of Police (New Delhi), said.
During investigation, it was revealed that one restaurant in Connaught Place was the common point of purchase for all the cards.
Police matched all the dates when the cards were compromised at that restaurant and found that Pankaj, a steward staff, was the person who had attended all the customers whose cards had disputed transactions, the officer said.
Thereafter, police laid a trap at the restaurant and apprehended Pankaj and one screamer was recovered from him, he said.
During interrogation, he told police that he learnt to clone cards from one Rahul, the officer said. He used to re-swap cards of the customers and noted down their last four digits, PIN and bank name. He handed over the screamer having data of cards and other details to Rahul, police said.
They were acting cleverly and didn't use the cloned card for one month so that no one would doubt about their card being compromised at that restaurant, Verma said.
Total Rs 3,75,300 were transferred from the accounts, Verma said, adding police are looking to nab Rahul.


text:
Breaking: Wole Soyinka visits President Buhari (Photos)
Nobel Laureate, Prof. Wole Soyinka, has paid a courtesy visit to President Muhammadu Buhari inside the Aso Rock presidential villa in Abuja on August 11, Thursday.
The meeting is holding behind closed doors inside the president's office.
Mr Soyinka arrived about 11:00am local time and went straight to the president's office. Speaking with the journalists after the meeting professor said he had come to see the president on some national, international and general matters, promising to organize a press conference later.
He said: "I will be holding a press conference in about a week. You can ask me any question then, but now, please I will just like to get away."
The literary icon had last month voiced his support for President Buhari's fight against corruption, with a call for the imprisonment of corrupt politicians to serve as deterrent to others.
READ ALSO: President Buhari in crucial meeting with Jonathan (Photos)
Former president Goodluck Jonathan last week visited his successor, President Buhari, at the Aso Rock. Ex-president while addressing state house reporters later said he as well as Ijaw elders and traditional rulers were working to ensure peace in the Niger Delta region.


Registration for the PanAsia Conference 2019 is now open.
PanAsia is the missions conference on the missions field.
PanAsia brings together field workers, pastors and others passionate about missions and justice to be inspired, challenged and equipped.
It will give you a comprehensive view on all that is happening in the world of ACCI Missions & Relief.
- Be inspired as our field workers share about the work they are doing around the world.
- Attend electives on key topics linked to missions and justice.
- Build relationships with our field workers, ACCI staff and others passionate about missions.
- Use PanAsia as a great opportunity to visit a field worker or have a holiday before or after the conference.
"At PanAsia, I met a community of people passionate about seeing radical love change the world. They see limitations as challenges to overcome and hearing their stories has changed my life forever."
PanAsia is designed to bring together pastors and others from Australia who are interested or passionate in missions with our field workers and project partners from around the world.
*Note: If you change your mind before the 1st of July we can provide a refund minus a $25 admin fee. Unfortunately, no refunds after the 1st July 2019.
PanAsia delegates will receive exclusive rates at the Novotel Phuket Resort, which are inclusive of a full buffet breakfast each day. Children 16 years and under receive free breakfast daily. Reservations must be made directly with Novotel Phuket Resort before Sunday 16 June 2019 to avoid disappointment. Availability cannot be guaranteed after this date.
To book simply complete the Hotel Reservation Form and email to marketing@novotelphuket.com with "PanAsia 2019" as your subject. Return airport transfers in Phuket can be booked at this time.
*Above rates will be applied for pre and post conference stays.
There are multiple flight options to Phuket everyday from Australia and other countries. Some airlines will have specials throughout the year, making the trip more affordable.
- Helping out at our Kids and Youth programs.
Volunteers save $50 on their registration fee.
If you're interested or want more info contact vanessa@acci.org.au.
Consider bringing a short-term missions team or group from your church to PanAsia before or after visiting a field worker or partner.
If you are bringing a team or group, please encourage them to volunteer at PanAsia or include it as part of the trip.
If you have any questions, click below to visit our PanAsia FAQ page.
If you still have questions or enquiries, feel free to contact Vanessa.


text:
Alyxia racemosa är en oleanderväxtart som beskrevs av Pitard. Alyxia racemosa ingår i släktet Alyxia och familjen oleanderväxter. Inga underarter finns listade i Catalogue of Life.

Källor

Oleanderväxter
racemosa

redpajama_set_name: RedPajamaWikipedia


text:
Not to be confused with topography.
This article is about the branch of mathematics. For other uses, see Topology (disambiguation).
Möbius strips, which have only one surface and one edge, are a kind of object studied in topology.
In mathematics, topology (from the Greek τόπος, place, and λόγος, study), is concerned with the properties of space that are preserved under continuous deformations, such as stretching and bending, but not tearing or gluing. This can be studied by considering a collection of subsets, called open sets, that satisfy certain properties, turning the given set into what is known as a topological space. Important topological properties include connectedness and compactness.[1]
Topology developed as a field of study out of geometry and set theory, through analysis of such concepts as space, dimension, and transformation.[2] Such ideas go back to Gottfried Leibniz, who in the 17th century envisioned the geometria situs (Greek-Latin for "geometry of place") and analysis situs (Greek-Latin for "picking apart of place"). Leonhard Euler's Seven Bridges of Königsberg Problem and Polyhedron Formula are arguably the field's first theorems. The term topology was introduced by Johann Benedict Listing in the 19th century, although it was not until the first decades of the 20th century that the idea of a topological space was developed. By the middle of the 20th century, topology had become a major branch of mathematics.
Topology has many subfields:
General topology establishes the foundational aspects of topology and investigates properties of topological spaces and concepts inherent to topological spaces. It includes point-set topology, which is the foundational topology used in all other branches (including topics like compactness and connectedness).
Algebraic topology tries to measure degrees of connectivity using algebraic constructs such as homology and homotopy groups.
Differential topology is the field dealing with differentiable functions on differentiable manifolds. It is closely related to differential geometry and together they make up the geometric theory of differentiable manifolds.
Geometric topology primarily studies manifolds and their embeddings (placements) in other manifolds. A particularly active area is low dimensional topology, which studies manifolds of four or fewer dimensions. This includes knot theory, the study of mathematical knots.
A three-dimensional depiction of a thickened trefoil knot, the simplest non-trivial knot
3.1 Topologies on Sets
3.2 Continuous functions and homeomorphisms
3.3 Manifolds
4.1 General topology
4.2 Algebraic topology
4.3 Differential topology
4.4 Geometric topology
4.5 Generalizations
5.1 Biology
5.2 Computer science
5.3 Physics
5.4 Robotics
The Seven Bridges of Königsberg was a problem solved by Euler.
Topology began with the investigation of certain questions in geometry by Leonhard Euler. His 1736 paper on the Seven Bridges of Königsberg is regarded as one of the first academic treatises in modern topology.[citation needed] On 14 November 1750 Euler wrote to a friend that he had realised the importance of the edges of a polyhedron. This led to his polyhedron formula, V − E + F = 2 (where V, E and F respectively indicate the number of vertices, edges and faces of the polyhedron). Some authorities regard this analysis as the foundational idea signalling the birth of topology.[3]
Further contributions were made by Augustin-Louis Cauchy, Ludwig Schläfli, Johann Benedict Listing, Bernhard Riemann and Enrico Betti.[4] Listing introduced the term "Topologie" in Vorstudien zur Topologie, written in his native German, in 1847, having used the word for ten years in correspondence before its first appearance in print.[5] The English form "topology" was used in 1883 in Listing's obituary in the journal Nature to distinguish "...qualitative geometry from the ordinary geometry in which quantitative relations chiefly are treated."[6] The term "topologist" in the sense of a specialist in topology was used in 1905 in the magazine Spectator.[citation needed]
Their work was corrected, consolidated and greatly extended by Henri Poincaré. In 1895 he published his ground-breaking paper on Analysis Situs, which introduced the concepts now known as homotopy and homology, which are now considered part of algebraic topology.[4]
Topological characteristics of closed 2-manifolds[4]
Euler No.
Orientability
Betti numbers
Torsion coefficient
(1-dimensional)
Sphere 2 Orientable 1 0 1 none
Torus 0 Orientable 1 2 1 none
2-holed torus −2 Orientable 1 4 1 none
g-holed torus (Genus = g) 2 − 2g Orientable 1 2g 1 none
Projective plane 1 Non-orientable 1 0 0 2
Klein bottle 0 Non-orientable 1 1 0 2
Sphere with c cross-caps 2 − c Non-orientable 1 c − 1 0 2
2-Manifold with g holes
and c cross-caps (c > 0) 2 − (2g + c) Non-orientable 1 (2g + c) − 1 0 2
Unifying the work on function spaces of Georg Cantor, Vito Volterra, Cesare Arzelà, Jacques Hadamard, Giulio Ascoli and others, Maurice Fréchet introduced the metric space in 1906.[7] A metric space is now considered a special case of a general topological space, with any given topological space potentially giving rise to many distinct metric spaces. In 1914, Felix Hausdorff coined the term "topological space" and gave the definition for what is now called a Hausdorff space.[8] Currently, a topological space is a slight generalization of Hausdorff spaces, given in 1922 by Kazimierz Kuratowski.[citation needed]
Modern topology depends strongly on the ideas of set theory, developed by Georg Cantor in the later part of the 19th century. In addition to establishing the basic ideas of set theory,[citation needed] Cantor considered point sets in Euclidean space as part of his study of Fourier series. For further developments, see point-set topology and algebraic topology.
Topology can be formally defined as "the study of qualitative properties of certain objects (called topological spaces) that are invariant under a certain kind of transformation (called a continuous map), especially those properties that are invariant under a certain kind of transformation (called homeomorphism)."
Topology is also used to refer to a structure imposed upon a set X, a structure that essentially 'characterizes' the set X as a topological space by taking proper care of properties such as convergence, connectedness and continuity, upon transformation.
Topological spaces show up naturally in almost every branch of mathematics. This has made topology one of the great unifying ideas of mathematics.
The motivating insight behind topology is that some geometric problems depend not on the exact shape of the objects involved, but rather on the way they are put together. For example, the square and the circle have many properties in common: they are both one dimensional objects (from a topological point of view) and both separate the plane into two parts, the part inside and the part outside.
In one of the first papers in topology, Leonhard Euler demonstrated that it was impossible to find a route through the town of Königsberg (now Kaliningrad) that would cross each of its seven bridges exactly once. This result did not depend on the lengths of the bridges, nor on their distance from one another, but only on connectivity properties: which bridges connect to which islands or riverbanks. This problem in introductory mathematics called Seven Bridges of Königsberg led to the branch of mathematics known as graph theory.
A continuous deformation (a type of homeomorphism) of a mug into a doughnut (torus) and back
Similarly, the hairy ball theorem of algebraic topology says that "one cannot comb the hair flat on a hairy ball without creating a cowlick." This fact is immediately convincing to most people, even though they might not recognize the more formal statement of the theorem, that there is no nonvanishing continuous tangent vector field on the sphere. As with the Bridges of Königsberg, the result does not depend on the shape of the sphere; it applies to any kind of smooth blob, as long as it has no holes.
To deal with these problems that do not rely on the exact shape of the objects, one must be clear about just what properties these problems do rely on. From this need arises the notion of homeomorphism. The impossibility of crossing each bridge just once applies to any arrangement of bridges homeomorphic to those in Königsberg, and the hairy ball theorem applies to any space homeomorphic to a sphere.
Intuitively, two spaces are homeomorphic if one can be deformed into the other without cutting or gluing. A traditional joke is that a topologist cannot distinguish a coffee mug from a doughnut, since a sufficiently pliable doughnut could be reshaped to a coffee cup by creating a dimple and progressively enlarging it, while shrinking the hole into a handle.
Homeomorphism can be considered the most basic topological equivalence. Another is homotopy equivalence. This is harder to describe without getting technical, but the essential notion is that two objects are homotopy equivalent if they both result from "squishing" some larger object.
Equivalence classes of the English alphabet:
Homeomorphism
Homotopy equivalence
An introductory exercise is to classify the uppercase letters of the English alphabet according to homeomorphism and homotopy equivalence. The result depends partially on the font used. The figures use the sans-serif Myriad font. Homotopy equivalence is a rougher relationship than homeomorphism; a homotopy equivalence class can contain several homeomorphism classes. The simple case of homotopy equivalence described above can be used here to show two letters are homotopy equivalent. For example, O fits inside P and the tail of the P can be squished to the "hole" part.
Homeomorphism classes are:
no holes,
no holes three tails,
no holes four tails,
one hole no tail,
one hole one tail,
one hole two tails,
two holes no tail, and
a bar with four tails (the "bar" on the K is almost too short to see).
Homotopy classes are larger, because the tails can be squished down to a point. They are:
one hole,
two holes, and
no holes.
To classify the letters correctly, we must show that two letters in the same class are equivalent and two letters in different classes are not equivalent. In the case of homeomorphism, this can be done by selecting points and showing their removal disconnects the letters differently. For example, X and Y are not homeomorphic because removing the center point of the X leaves four pieces; whatever point in Y corresponds to this point, its removal can leave at most three pieces. The case of homotopy equivalence is harder and requires a more elaborate argument showing an algebraic invariant, such as the fundamental group, is different on the supposedly differing classes.
Letter topology has practical relevance in stencil typography. For instance, Braggadocio font stencils are made of one connected piece of material.
Topologies on Sets
Main article: Topological space
The term topology also refers to a specific mathematical idea central to the area of mathematics called topology. Informally, a topology tells how elements of a set relate spatially to each other. The same set can have different topologies. For instance, the real line, the complex plane, and the Cantor set can be thought of as the same set with different topologies.
Formally, let X be a set and let τ be a family of subsets of X. Then τ is called a topology on X if:
Both the empty set and X are elements of τ
Any union of elements of τ is an element of τ
Any intersection of finitely many elements of τ is an element of τ
If τ is a topology on X, then the pair (X, τ) is called a topological space. The notation Xτ may be used to denote a set X endowed with the particular topology τ.
The members of τ are called open sets in X. A subset of X is said to be closed if its complement is in τ (i.e., its complement is open). A subset of X may be open, closed, both (clopen set), or neither. The empty set and X itself are always both closed and open. An open set containing a point x is called a 'neighborhood' of x.
A set with a topology is called a topological space.
Continuous functions and homeomorphisms
Main articles: Continuous function and homeomorphism
A function or map from one topological space to another is called continuous if the inverse image of any open set is open. If the function maps the real numbers to the real numbers (both spaces with the Standard Topology), then this definition of continuous is equivalent to the definition of continuous in calculus. If a continuous function is one-to-one and onto, and if the inverse of the function is also continuous, then the function is called a homeomorphism and the domain of the function is said to be homeomorphic to the range. Another way of saying this is that the function has a natural extension to the topology. If two spaces are homeomorphic, they have identical topological properties, and are considered topologically the same. The cube and the sphere are homeomorphic, as are the coffee cup and the doughnut. But the circle is not homeomorphic to the doughnut.
Main article: Manifold
While topological spaces can be extremely varied and exotic, many areas of topology focus on the more familiar class of spaces known as manifolds. A manifold is a topological space that resembles Euclidean space near each point. More precisely, each point of an n-dimensional manifold has a neighbourhood that is homeomorphic to the Euclidean space of dimension n. Lines and circles, but not figure eights, are one-dimensional manifolds. Two-dimensional manifolds are also called surfaces. Examples include the plane, the sphere, and the torus, which can all be realized without self-intersection in three dimensions, but also the Klein bottle and real projective plane, which cannot.
General topology
Main article: General topology
General topology is the branch of topology dealing with the basic set-theoretic definitions and constructions used in topology.[9][10] It is the foundation of most other branches of topology, including differential topology, geometric topology, and algebraic topology. Another name for general topology is point-set topology.
The fundamental concepts in point-set topology are continuity, compactness, and connectedness. Intuitively, continuous functions take nearby points to nearby points. Compact sets are those that can be covered by finitely many sets of arbitrarily small size. Connected sets are sets that cannot be divided into two pieces that are far apart. The words nearby, arbitrarily small, and far apart can all be made precise by using open sets. If we change the definition of open set, we change what continuous functions, compact sets, and connected sets are. Each choice of definition for open set is called a topology. A set with a topology is called a topological space.
Metric spaces are an important class of topological spaces where distances can be assigned a number called a metric. Having a metric simplifies many proofs, and many of the most common topological spaces are metric spaces.
Main article: Algebraic topology
Algebraic topology is a branch of mathematics that uses tools from abstract algebra to study topological spaces.[11] The basic goal is to find algebraic invariants that classify topological spaces up to homeomorphism, though usually most classify up to homotopy equivalence.
The most important of these invariants are homotopy groups, homology, and cohomology.
Although algebraic topology primarily uses algebra to study topological problems, using topology to solve algebraic problems is sometimes also possible. Algebraic topology, for example, allows for a convenient proof that any subgroup of a free group is again a free group.
Differential topology
Main article: Differential topology
Differential topology is the field dealing with differentiable functions on differentiable manifolds.[12] It is closely related to differential geometry and together they make up the geometric theory of differentiable manifolds.
More specifically, differential topology considers the properties and structures that require only a smooth structure on a manifold to be defined. Smooth manifolds are 'softer' than manifolds with extra geometric structures, which can act as obstructions to certain types of equivalences and deformations that exist in differential topology. For instance, volume and Riemannian curvature are invariants that can distinguish different geometric structures on the same smooth manifold—that is, one can smoothly "flatten out" certain manifolds, but it might require distorting the space and affecting the curvature or volume.
Geometric topology
Main article: Geometric topology
Geometric topology is a branch of topology that primarily focuses on low-dimensional manifolds (i.e. dimensions 2,3 and 4) and their interaction with geometry, but it also includes some higher-dimensional topology.[13] [14] Some examples of topics in geometric topology are orientability, handle decompositions, local flatness, and the planar and higher-dimensional Schönflies theorem.
In high-dimensional topology, characteristic classes are a basic invariant, and surgery theory is a key theory.
Low-dimensional topology is strongly geometric, as reflected in the uniformization theorem in 2 dimensions – every surface admits a constant curvature metric; geometrically, it has one of 3 possible geometries: positive curvature/spherical, zero curvature/flat, negative curvature/hyperbolic – and the geometrization conjecture (now theorem) in 3 dimensions – every 3-manifold can be cut into pieces, each of which has one of eight possible geometries.
2-dimensional topology can be studied as complex geometry in one variable (Riemann surfaces are complex curves) – by the uniformization theorem every conformal class of metrics is equivalent to a unique complex one, and 4-dimensional topology can be studied from the point of view of complex geometry in two variables (complex surfaces), though not every 4-manifold admits a complex structure.
Generalizations
Occasionally, one needs to use the tools of topology but a "set of points" is not available. In pointless topology one considers instead the lattice of open sets as the basic notion of the theory,[15] while Grothendieck topologies are structures defined on arbitrary categories that allow the definition of sheaves on those categories, and with that the definition of general cohomology theories.[16]
Knot theory, a branch of topology, is used in biology to study the effects of certain enzymes on DNA. These enzymes cut, twist, and reconnect the DNA, causing knotting with observable effects such as slower electrophoresis.[17] Topology is also used in evolutionary biology to represent the relationship between phenotype and genotype.[18] Phenotypic forms that appear quite different can be separated by only a few mutations depending on how genetic changes map to phenotypic changes during development.
Topological data analysis uses techniques from algebraic topology to determine the large scale structure of a set (for instance, determining if a cloud of points is spherical or toroidal). The main method used by topological data analysis is:
Replace a set of data points with a family of simplicial complexes, indexed by a proximity parameter.
Analyse these topological complexes via algebraic topology — specifically, via the theory of persistent homology.[19]
Encode the persistent homology of a data set in the form of a parameterized version of a Betti number, which is called a barcode.[19]
In physics, topology is used in several areas such as quantum field theory and cosmology.
A topological quantum field theory (or topological field theory or TQFT) is a quantum field theory that computes topological invariants.
Although TQFTs were invented by physicists, they are also of mathematical interest, being related to, among other things, knot theory and the theory of four-manifolds in algebraic topology, and to the theory of moduli spaces in algebraic geometry. Donaldson, Jones, Witten, and Kontsevich have all won Fields Medals for work related to topological field theory.
In cosmology, topology can be used to describe the overall shape of the universe.[20] This area is known as spacetime topology.[citation needed]
The various possible positions of a robot can be described by a manifold called configuration space.[21] In the area of motion planning, one finds paths between two points in configuration space. These paths represent a motion of the robot's joints and other parts into the desired location and pose.[citation needed]
Equivariant topology
List of algebraic topology topics
List of examples in general topology
List of general topology topics
List of geometric topology topics
List of topology topics
Publications in topology
Topology glossary
Topological space
↑ http://dictionary.reference.com/browse/topology
↑ http://www.math.wayne.edu/~rrb/topology.html
↑ Richeson (2008), Page 63.
↑ 4.0 4.1 4.2 Richeson (2008)
↑ Listing, Johann Benedict, "Vorstudien zur Topologie", Vandenhoeck und Ruprecht, Göttingen, p. 67, 1848
↑ Tait, Peter Guthrie, "Johann Benedict Listing (obituary)", Nature *27*, 1 February 1883, pp. 316–317
↑ Fréchet, Maurice, "Sur quelques points du calcul fonctionnel", PhD dissertation, 1906
↑ Hausdorff, Felix, "Grundzüge der Mengenlehre", Leipzig: Veit. In (Hausdorff Werke, II (2002), 91–576)
↑ Munkres, James R. Topology. Vol. 2. Upper Saddle River: Prentice Hall, 2000.
↑ Adams, Colin Conrad, and Robert David Franzosa. Introduction to topology: pure and applied. Pearson Prentice Hall, 2008.
↑ Allen Hatcher, Algebraic topology. (2002) Cambridge University Press, xii+544 pp. ISBN 0-521-79160-X and ISBN 0-521-79540-0.
↑ Lee, John M. (2006). Introduction to Smooth Manifolds. Springer-Verlag. ISBN 978-0-387-95448-6. <templatestyles src="Module:Citation/CS1/styles.css"></templatestyles>
↑ Budney, Ryan (2011). "What is geometric topology?". mathoverflow.net. Retrieved 29 December 2013. <templatestyles src="Module:Citation/CS1/styles.css"></templatestyles>
↑ R.B. Sher and R.J. Daverman (2002), Handbook of Geometric Topology, North-Holland. ISBN 0-444-82432-4
↑ Johnstone, Peter T., 1983, "The point of pointless topology," Bulletin of the American Mathematical Society 8(1): 41-53.
↑ Adams, Colin (2004). The Knot Book: An Elementary Introduction to the Mathematical Theory of Knots. American Mathematical Society. ISBN 0-8218-3678-1 <templatestyles src="Module:Citation/CS1/styles.css"></templatestyles>
↑ 19.0 19.1 Lua error in Module:Citation/CS1/Identifiers at line 47: attempt to index field 'wikibase' (a nil value).
↑ The Shape of Space: How to Visualize Surfaces and Three-dimensional Manifolds 2nd ed (Marcel Dekker, 1985, ISBN 0-8247-7437-X)
↑ John J. Craig, Introduction to Robotics: Mechanics and Control, 3rd Ed. Prentice-Hall, 2004
Richeson, D,; Euler's Gem: The Polyhedron Formula and the Birth of Topology, Princeton, 2008.
Ryszard Engelking, General Topology, Heldermann Verlag, Sigma Series in Pure Mathematics, December 1989, ISBN 3-88538-006-4.
Bourbaki; Elements of Mathematics: General Topology, Addison–Wesley (1966).
Breitenberger, E. (2006). "Johann Benedict Listing". In James, I. M. History of Topology. North Holland. ISBN 978-0-444-82375-5. <templatestyles src="Module:Citation/CS1/styles.css"></templatestyles>
Kelley, John L. (1975). General Topology. Springer-Verlag. ISBN 0-387-90125-6. <templatestyles src="Module:Citation/CS1/styles.css"></templatestyles>
Brown, Ronald (2006). Topology and Groupoids. Booksurge. ISBN 1-4196-2722-8. <templatestyles src="Module:Citation/CS1/styles.css"></templatestyles> (Provides a well motivated, geometric account of general topology, and shows the use of groupoids in discussing van Kampen's theorem, covering spaces, and orbit spaces.)
Wacław Sierpiński, General Topology, Dover Publications, 2000, ISBN 0-486-41148-6
Pickover, Clifford A. (2006). The Möbius Strip: Dr. August Möbius's Marvelous Band in Mathematics, Games, Literature, Art, Technology, and Cosmology. Thunder's Mouth Press. ISBN 1-56025-826-8. <templatestyles src="Module:Citation/CS1/styles.css"></templatestyles> (Provides a popular introduction to topology and geometry)
Gemignani, Michael C. (1990) [1967], Elementary Topology (2nd ed.), Dover Publications Inc., ISBN 0-486-66522-4 <templatestyles src="Module:Citation/CS1/styles.css"></templatestyles>
Wikimedia Commons has media related to Topology.
Wikibooks has more on the topic of: Topology
Hazewinkel, Michiel, ed. (2001), "Topology, general", Encyclopedia of Mathematics, Springer, ISBN 978-1-55608-010-4 <templatestyles src="Module:Citation/CS1/styles.css"></templatestyles>
Elementary Topology: A First Course Viro, Ivanov, Netsvetaev, Kharlamov.
Topology at DMOZ
The Topological Zoo at The Geometry Center.
Topology Atlas
Topology Course Lecture Notes Aisling McCluskey and Brian McMaster, Topology Atlas.
Moscow 1935: Topology moving towards America, a historical essay by Hassler Whitney.
General (point-set)
Homology (cohomology)
Set-theoretic
Open set / Closed set
Hausdorff
Homotopy (homotopy group)
Fundamental group
Simplicial complex
CW complex
Exact sequence
Homological algebra
K-theory
Areas of mathematics
multilinear
Arithmetic / Number theory
Calculus / Analysis
Differential equations / Dynamical systems
Lie theory
Representation theory
Meta-
Topology portal
Mathematics portal
Retrieved from "https://infogalactic.com/w/index.php?title=Topology&oldid=19618"
Articles with inconsistent citation formats
Articles with DMOZ links
Mathematical structures


text:
anthony's root beer barrel
best root beer, birch beer and sarsaparilla reviews anywhere!
root beers
birch beers
sarsaparillas
diet root beers
diet birch beers
diet sarsaparillas
Home / Categories / root beers / Crooked Oak Root Beer
Crooked Oak Root Beer
on October 5, 2015 December 9, 2014 1 Comment on Crooked Oak Root Beer
I have been after this soda for a while so I was super excited when Sagi offered it up in a trade. I must say their website is among the least informative i have ever seen. the "about" page is very much like the start of a weird text adventure computer game from 1989. i think that is good. it is entertaining at least. the label seems to indicate that this stuff is made in very small batches and it may vary in how it comes out. I got production code LV6101 and batch number 9567 but that info is probably on every bottle and only appears to be semi-hand written. so they are mysterious. fine. do they make good soda?
it's ok. after all that hype and curiosity raising, i got my hopes up a bit perhaps? i don't think so, i am pretty neutral when i go into a new review these days. it is a fine soda. it does not fit the generic form exactly, there is some extra spice in there, a little cinnamon, some anise perhaps, so that sets it apart. and it is solid, but it is not a "wow" drink. those don't come along all that much anyhow, but i had high hopes here. there are so many really good, not quite great root beers out there, this one gets lost in the shuffle. for me at least, almost 700 reviews in. if this is what you have available locally, then you will probably enjoy it quite a bit.
Anthony's Rating: 84
User's Rating: 0
# of ratings:0
Log in to save your ratings and personal root beer list!
enter YOUR rating (1-100 1=worst 100=best) for this soda:
Type: Root Beer Comes In: 12oz glass bottle
Available: CA
Obtained in: trade with Sagi S.
Head: Small Sweetener: sugar
Calories: 150 Sodium: 15mg
Carbs: 45g Sugar: 45g
Caffeine: No
Website: http://www.crookedoak.net/
Ingredients:carbonated water, sugar, caramel color, citric acid, sodium benzoate, natural flavors
CA crooked oak glass bottle root beer
Previous ArticleAJ Stephans Butterscotch Root Beer
Next ArticleGinseng Up Root Beer
Squamscot Diet Root Beer
Bandit Beverage Root Beer
Vilniaus Alus Retro Baikal
Sky Valley Organic Root Beer
Northwoods Natural Bill's Root Beer
Rocket Fizz Labrador Soda Root Beer Butterscotch
is says:
Posted on October 5, 2015 at 11:17 am
Wow, I too felt very similar about this one. I also gave it a very close score of 83; because this one is not bad at all. In fact, I'll probably try it again very soon. To me this one tastes a bit more "natural" than other root beers. It had a unique "natural" flavor to it, in my opinion. I felt this was more of a sharp flavored root beer; rather than a creamy root beer. I could not purchase this by the case, but this one is good enough to get every once in a a while. I think I tried their cream soda or ginger ale – and it was pretty good…..whichever one I tried. Not a bad soda company at all.
Hello and welcome to the oldest, largest and frankly the best root beer reviewing site in the world! no discrimination here, I include birch beer, sarsaparilla, spruce beer, dandelion & burdock and the like as well. a new review currently publishes every Monday.
882 sodas reviewed so far!
birch beers (93)
diet birch beers (8)
diet root beers (82)
diet sarsaparillas (5)
other reviews (28)
random junk (34)
root beers (619)
sarsaparillas (77)
Jones Cane Sugar Root Beer rootbeerbarrel.com/2…
Yesterday from anthony schorr's Twitter
Frostie Vanilla Root Beer rootbeerbarrel.com/2…
About a week ago from anthony schorr's Twitter
Avery's Gold Coin Root Beer rootbeerbarrel.com/2…
About 2 weeks ago from anthony schorr's Twitter
Frostie Root Beer rootbeerbarrel.com/2…
Pigeon River Brewing Co Root Beer rootbeerbarrel.com/2…
Last month from anthony schorr's Twitter
Follow @anthonyrootbeer
others' recent reviews
Charms Minipops Root Beer Float
by GourmetRootBeer on January 15, 2020 at 8:01 am
Atomic Fizz Soda
by Steve Stenzel on January 12, 2020 at 1:28 am
Ketchup is a Soda?...
by Steve Stenzel on January 9, 2020 at 6:12 pm
Red Wing Brewery Good Old Zimmie's Root Beer
by GourmetRootBeer on January 8, 2020 at 8:01 am
Fiz Roc City Root Beer
by Steve Stenzel on January 3, 2020 at 4:03 am
Barq's Crafted Soda Root Beer
Scary Soda Black Lemonade Private Reserve Soda
by Steve Stenzel on December 27, 2019 at 8:08 pm
Christmas Soda Display
Pucker Powder Sweet Root Beer
by GourmetRootBeer on December 25, 2019 at 8:01 am
Buddy's Orange Soda
by Steve Stenzel on December 23, 2019 at 12:10 am
Your sodas
See the sodas you have rated!
archives Select Month January 2020 (3) December 2019 (5) November 2019 (4) October 2019 (4) September 2019 (5) August 2019 (4) July 2019 (5) June 2019 (2) May 2019 (2) April 2019 (2) March 2019 (2) February 2019 (2) January 2019 (1) December 2018 (2) November 2018 (2) October 2018 (2) September 2018 (3) August 2018 (3) July 2018 (5) June 2018 (4) May 2018 (4) April 2018 (5) March 2018 (4) February 2018 (4) January 2018 (5) December 2017 (4) November 2017 (4) October 2017 (5) September 2017 (4) August 2017 (4) July 2017 (5) June 2017 (4) May 2017 (5) April 2017 (4) March 2017 (4) February 2017 (4) January 2017 (5) December 2016 (4) November 2016 (4) October 2016 (5) September 2016 (4) August 2016 (5) July 2016 (4) June 2016 (4) May 2016 (5) April 2016 (4) March 2016 (4) February 2016 (5) January 2016 (4) December 2015 (4) November 2015 (5) October 2015 (6) September 2015 (4) August 2015 (5) July 2015 (4) June 2015 (5) May 2015 (4) April 2015 (4) March 2015 (5) February 2015 (4) January 2015 (4) December 2014 (5) November 2014 (4) October 2014 (4) September 2014 (5) August 2014 (4) July 2014 (4) June 2014 (5) May 2014 (4) April 2014 (4) March 2014 (5) February 2014 (4) January 2014 (4) December 2013 (5) November 2013 (4) October 2013 (4) September 2013 (6) August 2013 (4) July 2013 (5) June 2013 (4) May 2013 (4) April 2013 (5) March 2013 (4) February 2013 (3) January 2013 (3) December 2012 (4) November 2012 (4) October 2012 (5) September 2012 (4) August 2012 (4) July 2012 (6) June 2012 (5) May 2012 (4) April 2012 (6) March 2012 (4) February 2012 (5) January 2012 (5) December 2011 (4) November 2011 (5) October 2011 (4) September 2011 (3) August 2011 (3) July 2011 (4) June 2011 (3) May 2011 (5) April 2011 (3) March 2011 (4) February 2011 (3) January 2011 (5) December 2010 (5) November 2010 (4) October 2010 (4) September 2010 (3) August 2010 (4) July 2010 (3) June 2010 (2) May 2010 (4) April 2010 (5) March 2010 (3) February 2010 (2) January 2010 (4) December 2009 (2) November 2009 (4) October 2009 (4) September 2009 (3) August 2009 (3) July 2009 (3) June 2009 (4) May 2009 (4) April 2009 (1) March 2009 (3) February 2009 (2) January 2009 (3) December 2008 (3) November 2008 (3) October 2008 (4) September 2008 (4) August 2008 (6) July 2008 (7) June 2008 (3) May 2008 (1) April 2008 (2) March 2008 (5) February 2008 (4) January 2008 (16) December 2007 (17) November 2007 (5) October 2007 (1) September 2006 (5) February 2006 (9) November 2005 (1) October 2005 (1) August 2005 (8) July 2005 (7) April 2005 (3) February 2005 (2) January 2005 (15) November 2004 (2) October 2004 (3) August 2004 (4) July 2004 (4) June 2004 (4) April 2004 (3) December 2003 (5) October 2003 (1) August 2003 (1) July 2003 (2) May 2003 (2) April 2003 (4) March 2003 (3) February 2003 (2) December 2002 (13) November 2002 (4) October 2002 (4) September 2002 (1) August 2002 (1) July 2002 (1) June 2002 (3) May 2002 (1) April 2002 (2) March 2002 (9) February 2002 (7) January 2002 (11) December 2001 (6) November 2001 (4) October 2001 (4) August 2001 (1) July 2001 (1) June 2001 (4) May 2001 (4) March 2001 (6) December 2000 (1) November 2000 (1) October 2000 (12) September 2000 (2) August 2000 (3) June 2000 (6) April 2000 (6) March 2000 (3) February 2000 (3) January 2000 (4) December 1999 (1) September 1999 (2) August 1999 (5) July 1999 (1) June 1999 (2) May 1999 (4) April 1999 (2) January 1999 (1) October 1998 (2) August 1998 (4) July 1998 (5) April 1998 (5) March 1998 (7) February 1998 (2) January 1998 (2) December 1997 (2) November 1997 (8) October 1997 (2) September 1997 (2) August 1997 (2) July 1997 (1) June 1997 (1) May 1997 (1) March 1997 (2) February 1997 (7) January 1997 (13) December 1996 (4) November 1996 (5) October 1996 (2) September 1996 (1) August 1996 (8)
2020 Copyright anthony's root beer barrel.


text:
Chelmsford Freemasons pledge support for Mencap charity
Freemasons from Chelmsford based Lodge of Integrity have pledged their support for a local charity, City of Chelmsford Mencap, with a £1,000 donation to help it get back on its feet after the Covid pandemic
The money, £500 directly donated by Lodge members and the balance provided by the Essex Freemasons Community Fund, will help to make up a major shortfall in events income which has resulted in a significant downturn in the services the charity has been able to provide.
Anthony North, Chair of Trustees at City of Chelmsford Mencap, explained: 'Local fund-raising events would usually have contributed to the cost of classes every day for up to 30 students with learning difficulties.
'This has not been possible because of Covid and our classes have had to be significantly reduced, with many moving online, which in turn has impacted on what we can do for our 80 plus registered members in the Chelmsford area.
'Like many similar organisations we are still facing restrictions and social distancing measures but cannot wait to get our classes back up to full strength and this donation from the Chelmsford Freemasons will make a huge difference.'
Knowing the problems faced by City of Chelmsford Mencap, which is a standalone independent charity, Lodge of Integrity Freemason Chris Davy and Charity Steward Ian Weller spoke to their members who immediately agreed to make a donation. This was immediately supported by the Essex Freemasons Community Fund.
Assistant Provincial Grand Master and a Trustee of the Essex Freemasons Community Fund Revd. Martin Howse, commented: 'We were delighted to match fund the donation from Lodge of Integrity and support a charity that does so much for the local community and sincerely hope that they will soon be able to operate a full service once again.'
PGL Essex
Fresh hope for little Rosie thanks to Essex Freemasons
One of the most unheard-of inspirational stories in Essex Freemasonry
Three Firsts for Colin Felton at East Saxon Lodge
More in this category: « Essex Freemasons keen to be getting back to business New exhibition opens at Braintree Museum called "Engaging with the Community" »


Fun stuff from our mom Sharisse Smith, who you will recognize from her lovely Mom/Daughter Zulily shoots! Check out this article from xojane about her experience as a double for Kellita Smith on "Z Nation".
Seattle Talent's Bria and Sharisse!
Fun stuff from our own daughter and Mom modeling team, Bria and Sharisse! Congrats!
Congrats to Sharisse for her Zulilly booking!


text:
HomeBeing a CatechistStories from the FieldSpecial NeedsLoyola Press Opening Doors Award
Loyola Press Opening Doors Award
Joe Paprocki Special Needs
The Loyola Press Opening Doors Award honors a parish community that demonstrates a spirit of belonging and engagement practices that facilitate the meaningful participation of people with disabilities in all aspects of their parish community. Resources like Adaptive Finding God help welcome all of God's children into the life of the Church; we want to hear about your programs too.
The winning parish will receive a plaque as well as a monetary award to be used to continue efforts on behalf of parishioners with disabilities. The winning parish will also be featured in the National Catholic Partnership on Disability e-news and website.
The National Catholic Partnership on Disability and Loyola Press want to acknowledge and showcase parish communities that are ensuring that all people have the opportunity to participate actively and fully in the life of the Church.
Please visit the NCPD website for complete details and nominate a deserving parish today.
For more information on Adaptive Finding God and other resources to serve individuals with special needs, visit LoyolaPress.com.
adaptive learning
Adult Faith Formation at Christ the King Parish, Chicago


I've installed Debian long ago. I wanted to write this howto since then but I had some problems with the laptop hardware I was unable to solve until today.
Now this laptop is really cool. I bought an extra gig RAM and replaced the 40 gigs harddrive with another 80 gigs one because The one equipped with it was dying.
Optical Media: CD burner. The DVD burner never worked reliably for me.
ACPI: Embedded Controller [EC] (gpe 28) polling mode.
intelfb: Non-CRT device is enabled ( LVDS port ). Disabling mode switching.
intelfb: Video mode must be programmed at boot time.
cs: IO port probe 0x3000-0x3fff: clean.
#	Option	"ZAxisMapping"	"4 5"
One of them works. I'm not sure.
Works fine with Smartlink slmoden. I noticed that keeping the power supply plugged in while dialing might lead to a freeze. I'm yet to verify this.
Battery status works fine. Suspend seems working but it won't power on the monitor when you resume.
Works fine. I can't remember the details as I used it once!
The wireless chip is a prism chip. Load hostap.
Up to 2.6.15, You can pass ec_intr=0 to the kernel and it'll be a bit better it won't resolve it completely. This option doesn't work as expected in 2.6.16 and the situation became worse. Random mouse freeze and you have to switch to a virtual console and then back to X and sometimes the touchpad speed increases and the solution is the same. Switch to a virtual console and then back. I discovered that passing "i8042.nomux" at boot time fixes everything. I'm not sure about the touchpad speed increase issue but I don't care as long as it's working fine.
Read more about Mutt + Broken HTML emails.
Read more about How to bypass a blocked pop3 port using SSH.
Don't fear the socket: 1, The socket.
This is the first of a network programming tutorials.
I hate such theoretical boring things, So I'll just copy and paste whatever I think'd be useful.
What is a socket ? A socket is an end point for communications, A socket is the corner stone of networking. You can consider it as a method of communication between two processes, Those two processes can be either running on the same computer on two different computers.
A socket is also an identifier that the application can use to identify that end point.
SOCK_STREAM: full duplex reliable connection, It insures that data is not lost or duplicated, TCP connections are SOCK_STREAM type.
SOCK_DGRAM: Used to send datagrams, Unreliable messages and it's connection-less, UDP is of SOCK_DGRAM type.
We have more types but you can RTFM to know more, I don't really care about them now.
PF_LOCAL: Local interprocess communication, Also called PF_UNIX. It's used as a method of communication between processes on the same machine. The connection is represented by a file that exists in your file system.
PF_INET: Used to communicate between processes running on different computers.\ using the Internet Protocol "IP protocol", It can also be used with processes on the same machines, Especially for crappy operating systems like the Microsoft DOS extension called windows because they don't have PF_LOCAL.
Also probably more but that's what I'm going to list.
A server, Creates a socket, Binds it to a local address, Listens for incoming connections and accepts or rejects them.
A client, Creates a socket, Connects to a server.
Read more about Don't fear the socket: 1, The socket.
Easily deploy firefox with bundled extensions.
I had to bundle firefox as part of a solution we are providing.
We have a bootable CD I've buit myself.
The CD'll install all the software we want to bundle so no need for the firefox installer.
We wanted to add the Arabic translation XPI with the locale switcher extension.
I thought about adding the .mozilla directory to the /etc/skel. Unfortunately, This didn't work for me as firefox is hardcoding the path for the chromes. So if I copy it to another home directory it doesn't work.
1st get the firefox tarball from mozilla.org "The tarball not the installer" and unpack it.
2nd cd to the directory where you unpacked it, install the extensions and customize the default profile.
3rd re-pack the tarball again and you have it!
OK. How to achieve the 2nd step ? Firefox offers a command line switch "--install-global-extension" and another one "--install-global-theme"
where "XXXXXXXX" is a random string generated by firefox.
Read more about Easily deploy firefox with bundled extensions.
So you need to listen to midi, eh ?
Now get the timidity.cfg from Here. That's my home server, So it might be slow, down, Or anything. Check later if you can't get it now.
Next, You'll need GUS patches, Get timidity.tar.gz from here.
Read more about Timidity, 1.2.3!
postfix + spamassassin the simplest way.
So, I had to do it today, Why was I afraid ? Don't ask, No answer, I don't know.
Now for the dirty work.
As usual: I'm using Debian woody.
# WARNING read README.spamd before using. THERE ARE SECURITY RISKS!
run rcconf and ensure that spamassassin is checked.
Read more about postfix + spamassassin the simplest way.


Scully, the debut restaurant of Ramael Scully, opens at St James's Market, SW1.
After 13 years in a supporting role, first at Ottolenghi, later as head chef at NOPI, Ramael Scully gets his spin-off show. Scully, born to a Chinese-Balinese-Irish-Indian family in Malaysia, trained in Sydney and has worked in Moscow, the Middle East and Europe. The project is backed by Ottolenghi himself, with wines from natural wine specialists, Newcomer Wines.