text:
use rustc_data_structures::fx::FxHashSet;
use rustc_hir::def_id::DefId;
use rustc_infer::infer::canonical::{Canonical, QueryResponse};
use rustc_infer::infer::TyCtxtInferExt;
use rustc_infer::traits::TraitEngineExt as _;
use rustc_middle::ty::query::Providers;
use rustc_middle::ty::subst::{InternalSubsts, Subst};
use rustc_middle::ty::{self, ParamEnvAnd, Ty, TyCtxt};
use rustc_span::source_map::{Span, DUMMY_SP};
use rustc_trait_selection::traits::query::dropck_outlives::trivial_dropck_outlives;
use rustc_trait_selection::traits::query::dropck_outlives::{
    DropckOutlivesResult, DtorckConstraint,
};
use rustc_trait_selection::traits::query::normalize::AtExt;
use rustc_trait_selection::traits::query::{CanonicalTyGoal, NoSolution};
use rustc_trait_selection::traits::{
    Normalized, ObligationCause, TraitEngine, TraitEngineExt as _,
};

crate fn provide(p: &mut Providers) {
    *p = Providers { dropck_outlives, adt_dtorck_constraint, ..*p };
}

fn dropck_outlives<'tcx>(
    tcx: TyCtxt<'tcx>,
    canonical_goal: CanonicalTyGoal<'tcx>,
) -> Result<&'tcx Canonical<'tcx, QueryResponse<'tcx, DropckOutlivesResult<'tcx>>>, NoSolution> {
    debug!("dropck_outlives(goal={:#?})", canonical_goal);

    tcx.infer_ctxt().enter_with_canonical(
        DUMMY_SP,
        &canonical_goal,
        |ref infcx, goal, canonical_inference_vars| {
            let tcx = infcx.tcx;
            let ParamEnvAnd { param_env, value: for_ty } = goal;

            let mut result = DropckOutlivesResult { kinds: vec![], overflows: vec![] };

            // A stack of types left to process. Each round, we pop
            // something from the stack and invoke
            // `dtorck_constraint_for_ty`. This may produce new types that
            // have to be pushed on the stack. This continues until we have explored
            // all the reachable types from the type `for_ty`.
            //
            // Example: Imagine that we have the following code:
            //
            // ```rust
            // struct A {
            //     value: B,
            //     children: Vec<A>,
            // }
            //
            // struct B {
            //     value: u32
            // }
            //
            // fn f() {
            //   let a: A = ...;
            //   ..
            // } // here, `a` is dropped
            // ```
            //
            // at the point where `a` is dropped, we need to figure out
            // which types inside of `a` contain region data that may be
            // accessed by any destructors in `a`. We begin by pushing `A`
            // onto the stack, as that is the type of `a`. We will then
            // invoke `dtorck_constraint_for_ty` which will expand `A`
            // into the types of its fields `(B, Vec<A>)`. These will get
            // pushed onto the stack. Eventually, expanding `Vec<A>` will
            // lead to us trying to push `A` a second time -- to prevent
            // infinite recursion, we notice that `A` was already pushed
            // once and stop.
            let mut ty_stack = vec![(for_ty, 0)];

            // Set used to detect infinite recursion.
            let mut ty_set = FxHashSet::default();

            let mut fulfill_cx = <dyn TraitEngine<'_>>::new(infcx.tcx);

            let cause = ObligationCause::dummy();
            let mut constraints = DtorckConstraint::empty();
            while let Some((ty, depth)) = ty_stack.pop() {
                debug!(
                    "{} kinds, {} overflows, {} ty_stack",
                    result.kinds.len(),
                    result.overflows.len(),
                    ty_stack.len()
                );
                dtorck_constraint_for_ty(tcx, DUMMY_SP, for_ty, depth, ty, &mut constraints)?;

                // "outlives" represent types/regions that may be touched
                // by a destructor.
                result.kinds.append(&mut constraints.outlives);
                result.overflows.append(&mut constraints.overflows);

                // If we have even one overflow, we should stop trying to evaluate further --
                // chances are, the subsequent overflows for this evaluation won't provide useful
                // information and will just decrease the speed at which we can emit these errors
                // (since we'll be printing for just that much longer for the often enormous types
                // that result here).
                if !result.overflows.is_empty() {
                    break;
                }

                // dtorck types are "types that will get dropped but which
                // do not themselves define a destructor", more or less. We have
                // to push them onto the stack to be expanded.
                for ty in constraints.dtorck_types.drain(..) {
                    match infcx.at(&cause, param_env).normalize(ty) {
                        Ok(Normalized { value: ty, obligations }) => {
                            fulfill_cx.register_predicate_obligations(infcx, obligations);

                            debug!("dropck_outlives: ty from dtorck_types = {:?}", ty);

                            match ty.kind() {
                                // All parameters live for the duration of the
                                // function.
                                ty::Param(..) => {}

                                // A projection that we couldn't resolve - it
                                // might have a destructor.
                                ty::Projection(..) | ty::Opaque(..) => {
                                    result.kinds.push(ty.into());
                                }

                                _ => {
                                    if ty_set.insert(ty) {
                                        ty_stack.push((ty, depth + 1));
                                    }
                                }
                            }
                        }

                        // We don't actually expect to fail to normalize.
                        // That implies a WF error somewhere else.
                        Err(NoSolution) => {
                            return Err(NoSolution);
                        }
                    }
                }
            }

            debug!("dropck_outlives: result = {:#?}", result);

            infcx.make_canonicalized_query_response(
                canonical_inference_vars,
                result,
                &mut *fulfill_cx,
            )
        },
    )
}

/// Returns a set of constraints that needs to be satisfied in
/// order for `ty` to be valid for destruction.
fn dtorck_constraint_for_ty<'tcx>(
    tcx: TyCtxt<'tcx>,
    span: Span,
    for_ty: Ty<'tcx>,
    depth: usize,
    ty: Ty<'tcx>,
    constraints: &mut DtorckConstraint<'tcx>,
) -> Result<(), NoSolution> {
    debug!("dtorck_constraint_for_ty({:?}, {:?}, {:?}, {:?})", span, for_ty, depth, ty);

    if !tcx.recursion_limit().value_within_limit(depth) {
        constraints.overflows.push(ty);
        return Ok(());
    }

    if trivial_dropck_outlives(tcx, ty) {
        return Ok(());
    }

    match ty.kind() {
        ty::Bool
        | ty::Char
        | ty::Int(_)
        | ty::Uint(_)
        | ty::Float(_)
        | ty::Str
        | ty::Never
        | ty::Foreign(..)
        | ty::RawPtr(..)
        | ty::Ref(..)
        | ty::FnDef(..)
        | ty::FnPtr(_)
        | ty::GeneratorWitness(..) => {
            // these types never have a destructor
        }

        ty::Array(ety, _) | ty::Slice(ety) => {
            // single-element containers, behave like their element
            rustc_data_structures::stack::ensure_sufficient_stack(|| {
                dtorck_constraint_for_ty(tcx, span, for_ty, depth + 1, ety, constraints)
            })?;
        }

        ty::Tuple(tys) => rustc_data_structures::stack::ensure_sufficient_stack(|| {
            for ty in tys.iter() {
                dtorck_constraint_for_ty(
                    tcx,
                    span,
                    for_ty,
                    depth + 1,
                    ty.expect_ty(),
                    constraints,
                )?;
            }
            Ok::<_, NoSolution>(())
        })?,

        ty::Closure(_, substs) => {
            if !substs.as_closure().is_valid() {
                // By the time this code runs, all type variables ought to
                // be fully resolved.

                tcx.sess.delay_span_bug(
                    span,
                    &format!("upvar_tys for closure not found. Expected capture information for closure {}", ty,),
                );
                return Err(NoSolution);
            }

            rustc_data_structures::stack::ensure_sufficient_stack(|| {
                for ty in substs.as_closure().upvar_tys() {
                    dtorck_constraint_for_ty(tcx, span, for_ty, depth + 1, ty, constraints)?;
                }
                Ok::<_, NoSolution>(())
            })?
        }

        ty::Generator(_, substs, _movability) => {
            // rust-lang/rust#49918: types can be constructed, stored
            // in the interior, and sit idle when generator yields
            // (and is subsequently dropped).
            //
            // It would be nice to descend into interior of a
            // generator to determine what effects dropping it might
            // have (by looking at any drop effects associated with
            // its interior).
            //
            // However, the interior's representation uses things like
            // GeneratorWitness that explicitly assume they are not
            // traversed in such a manner. So instead, we will
            // simplify things for now by treating all generators as
            // if they were like trait objects, where its upvars must
            // all be alive for the generator's (potential)
            // destructor.
            //
            // In particular, skipping over `_interior` is safe
            // because any side-effects from dropping `_interior` can
            // only take place through references with lifetimes
            // derived from lifetimes attached to the upvars and resume
            // argument, and we *do* incorporate those here.

            if !substs.as_generator().is_valid() {
                // By the time this code runs, all type variables ought to
                // be fully resolved.
                tcx.sess.delay_span_bug(
                    span,
                    &format!("upvar_tys for generator not found. Expected capture information for generator {}", ty,),
                );
                return Err(NoSolution);
            }

            constraints.outlives.extend(
                substs
                    .as_generator()
                    .upvar_tys()
                    .map(|t| -> ty::subst::GenericArg<'tcx> { t.into() }),
            );
            constraints.outlives.push(substs.as_generator().resume_ty().into());
        }

        ty::Adt(def, substs) => {
            let DtorckConstraint { dtorck_types, outlives, overflows } =
                tcx.at(span).adt_dtorck_constraint(def.did)?;
            // FIXME: we can try to recursively `dtorck_constraint_on_ty`
            // there, but that needs some way to handle cycles.
            constraints.dtorck_types.extend(dtorck_types.subst(tcx, substs));
            constraints.outlives.extend(outlives.subst(tcx, substs));
            constraints.overflows.extend(overflows.subst(tcx, substs));
        }

        // Objects must be alive in order for their destructor
        // to be called.
        ty::Dynamic(..) => {
            constraints.outlives.push(ty.into());
        }

        // Types that can't be resolved. Pass them forward.
        ty::Projection(..) | ty::Opaque(..) | ty::Param(..) => {
            constraints.dtorck_types.push(ty);
        }

        ty::Placeholder(..) | ty::Bound(..) | ty::Infer(..) | ty::Error(_) => {
            // By the time this code runs, all type variables ought to
            // be fully resolved.
            return Err(NoSolution);
        }
    }

    Ok(())
}

/// Calculates the dtorck constraint for a type.
crate fn adt_dtorck_constraint(
    tcx: TyCtxt<'_>,
    def_id: DefId,
) -> Result<DtorckConstraint<'_>, NoSolution> {
    let def = tcx.adt_def(def_id);
    let span = tcx.def_span(def_id);
    debug!("dtorck_constraint: {:?}", def);

    if def.is_phantom_data() {
        // The first generic parameter here is guaranteed to be a type because it's
        // `PhantomData`.
        let substs = InternalSubsts::identity_for_item(tcx, def_id);
        assert_eq!(substs.len(), 1);
        let result = DtorckConstraint {
            outlives: vec![],
            dtorck_types: vec![substs.type_at(0)],
            overflows: vec![],
        };
        debug!("dtorck_constraint: {:?} => {:?}", def, result);
        return Ok(result);
    }

    let mut result = DtorckConstraint::empty();
    for field in def.all_fields() {
        let fty = tcx.type_of(field.did);
        dtorck_constraint_for_ty(tcx, span, fty, 0, fty, &mut result)?;
    }
    result.outlives.extend(tcx.destructor_constraints(def));
    dedup_dtorck_constraint(&mut result);

    debug!("dtorck_constraint: {:?} => {:?}", def, result);

    Ok(result)
}

fn dedup_dtorck_constraint(c: &mut DtorckConstraint<'_>) {
    let mut outlives = FxHashSet::default();
    let mut dtorck_types = FxHashSet::default();

    c.outlives.retain(|&val| outlives.replace(val).is_none());
    c.dtorck_types.retain(|&val| dtorck_types.replace(val).is_none());
}


The Atlantic Coast Conference opens another season of fantastic football action in September, 2017. Below is a one page, printable 2017 ACC Football Schedule for each ACC school and every game.
If you are searching for a grid style football schedule, please visit the 2017 ACC Football Schedule Grid.
If you are looking for the 2017 ACC Football Helmet Schedule, we have one of these also.
Just click on the image below to open up the full size 2017 ACC Football Schedule image and then print it out or save it to your PC.


text:
Oracle Time
Home Culture London's Latest Luxury Events & Launches (Dec '19)
London's Latest Luxury Events & Launches (Dec '19)
FOPE Arrives on Bond Street, 1A, Old Bond Street, W1S 4PA
Italian jeweller Fope has been a favourite for a while now for the more modern of London's well-heeled Midas devotees. It's about time then that it made its presence known – and it has done so with a shiny new Old Bond Street boutique. Designed by renowned Italian architect Flavio Albanese in the space previously occupied by Jaeger-LeCoultre, expect effortless elegance and plenty of gold paired with Fope's signature soft green. This also marks the brand's 90th anniversary, so expect plenty of celebrating if you happen to stop by. More details at fope.com.
The Ettinger Accessories Room, 1 Savile Row, Mayfair, W1S 3JR
It might not have struck out into the row on its own, but Ettinger's new space in the imposing Gieves & Hawkes at 1 Savile Row is a perfect fit. There's an archive display to hammer home the brand's Midlands heritage, as well as an extensive range of accessories for a final flourish when you stop in for a suit. The most famous address in tailoring is not a bad place to be. More details at ettinger.co.uk.
Ibiza in London, 67 Dean Street, Soho, W1D 4QH
© Sayana Cairo 2018
Steeped in musical history and more than a little debauchery, Pikes is bringing its sunshine-drenched personality to the dreary climate of London. Teaming up with Bulldog gin and legendary private member's club Black's, it's showcasing its own flair for cocktails in a menu that runs in to January. If you need some liquid vitamin D, drink up! More details at blacksclub.com.
Drake's, 9 Savile Row, Mayfair, W1S 3PF
Not a big move, but after eight years on Clifford Street Drake's is making the leap to The Row. The new space will house the same selection – clothes, accessories et al – but will also have a dedicated space for made-to-order. It's not bespoke, but it's a chance to show what the British brand can really do. More details at drakes.com.
Hackett, 14 Savile Row, Mayfair, W1S 3JN
Despite always having pretences to the best of British tailoring, Hackett has finally taken the plunge into full-on bespoke and with it a store on the most famous tailoring street in the world. Taking the place of Hardy Amies at 14 Savile Row, the store will house a good selection of limited edition ranges, collaborations and a pared-back ready-to-wear selection, but the focus will be the new, fully bespoke service. It's a departure from its high-street stores but it's a great progression for a great British brand. More details at hackett.com.
Share the post "London's Latest Luxury Events & Launches (Dec '19)"
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Get referred - it's your choice!
At The McIndoe Centre, we are incredibly proud to announce that we have been rated 'good' following our last Care Quality Commission inspection. As a nationally recognised hospital of excellence in orthopaedic, ophthalmic, maxillofacial and plastic and reconstructive surgery, we have demonstrated ourselves to be: effective, responsive, caring, safe and well led.
We are now able to offer NHS services, appointments can be booked via the NHS e-Referral Service. If you would like to be referred to The McIndoe Centre, you can ask your GP - it's your choice.
In most cases, you have the legal right to choose the hospital or service you'd like to go to. This will include many private hospitals, as long as they provide services to the NHS. For a full list of the orthopaedic and hand treatments we provide, please click here Orthopaedic Treatments.
If you would like to choose self-pay or use your private medical insurance, please click on payment options for more information.
In the referral process, your GP will identify clinically appropriate services for you.
For each potential service identified, referrers should review the Service Details to ensure that the referral conforms to the service requirements (including exclusions). Making a referral is always the responsibility of the referring clinician, who with the patient, should decide on the most clinically appropriate options for the referral and onward pathway.
- provide the patient with an Appointment Request letter and password to allow them to make the booking at their convenience (either on the telephone, via the internet or facilitated by a member of the referring practice staff).
The password you received from your referrer (e.g. GP practice).


text:
Nature+Research
Blue-enriched White Light to Wake You Up in the Morning (from left: Professor Hyun Jung Chung, Professor Hyeon-Jeong Suk, Taesu Kim and Professor Kyungah Choi) Here is a good news for those of who have difficulty with morning alertness. A KAIST research team proposed that a blue-enriched LED light can effectively help people overcome morning drowsiness. This study will provide the basis for major changes in future lighting strategies and thereby help create better indoor environments. Considerable research has been devoted to unmasking circadian rhythms. The 2017 Nobel Prize in Physiology or Medicine went to Jeffrey C. Hall, Michael Rosbash, and Michael W. Young for unveiling the molecular mechanisms that control circadian rhythms. In particular, the relationship between light and its physiological effects has been investigated since the discovery of a novel, third type of photoreceptor in the human retina in the early 2000s. Rods and cones regulate visual effects, while the third type, photosensitive retinal ganglion cells, regulate a large variety of biological and behavioral processes including melatonin and cortisol secretion, alertness, and functional magnetic resonance imaging (fMRI). Initial studies on light sources have shown that blue monochromatic, fully saturated lights are effective for stimulating physiological responses, but the relative effectiveness of commercially available white light sources is less well understood. Moreover, the research was more focused on the negative effects of blue light; for instance, when people are exposed to blue light at night, they have trouble achieving deep sleep because the light restrains melatonin secretion. However, Professor Hyeon-Jeong Suk and Professor Kyungah Choi from the Department of Industrial Design and their team argue that the effects of blue-enriched morning light on physiological responses are time dependent, and that it has positive effects on melatonin levels and the subjective perception of alertness, mood, and visual comfort compared with warm white light. The team conducted an experiment with 15 university students. They investigated whether an hour of morning light exposure with different chromaticity would affect their physiological and subjective responses differently. The decline of melatonin levels was significantly greater after the exposure to blue-enriched white light in comparison with warm white light. Professor Suk said, "Light takes a huge part of our lives since we spend most of our time indoors. Light is one of the most powerful tools to affect changes in how we perceive and experience the environment around us." Professor Choi added, "When we investigate all of the psychological and physiological effects of light, we see there is much more to light than just efficient quantities. I believe that human-centric lighting strategies could be applied to a variety of environments, including residential areas, learning environments, and working spaces to improve our everyday lives." This research was collaborated with Professor Hyun Jung Chung from the Graduate School of Nanoscience and Technology and was published in Scientific Reports (10.1038/s41598-018-36791-5) on January 23, 2019. Figure 1. Changes in melatonin secretion during day and night time
Ultrathin Digital Camera Inspired by Xenos Peckii Eyes (Professor Ki-Hun Jeong from the Department of Bio and Brain Engineering) The visual system of Xenos peckii, an endoparasite of paper wasps, demonstrates distinct benefits for high sensitivity and high resolution, differing from the compound eyes of most insects. Taking their unique features, a KAIST team developed an ultrathin digital camera that emulates the unique eyes of Xenos peckii. The ultrathin digital camera offers a wide field of view and high resolution in a slimmer body compared to existing imaging systems. It is expected to support various applications, such as monitoring equipment, medical imaging devices, and mobile imaging systems. Professor Ki-Hun Jeong from the Department of Bio and Brain Engineering and his team are known for mimicking biological visual organs. The team's past research includes an LED lens based on the abdominal segments of fireflies and biologically inspired anti-reflective structures. Recently, the demand for ultrathin digital cameras has increased, due to the miniaturization of electronic and optical devices. However, most camera modules use multiple lenses along the optical axis to compensate for optical aberrations, resulting in a larger volume as well as a thicker total track length of digital cameras. Resolution and sensitivity would be compromised if these modules were to be simply reduced in size and thickness. To address this issue, the team have developed micro-optical components, inspired from the visual system of Xenos peckii, and combined them with a CMOS (complementary metal oxide semiconductor) image sensor to achieve an ultrathin digital camera. This new camera, measuring less than 2mm in thickness, emulates the eyes of Xenos peckii by using dozens of microprism arrays and microlens arrays. A microprism and microlens pair form a channel and the light-absorbing medium between the channels reduces optical crosstalk. Each channel captures the partial image at slightly different orientation, and the retrieved partial images are combined into a single image, thereby ensuring a wide field of view and high resolution. Professor Jeong said, "We have proposed a novel method of fabricating an ultrathin camera. As the first insect-inspired, ultrathin camera that integrates a microcamera on a conventional CMOS image sensor array, our study will have a significant impact in optics and related fields." This research, led by PhD candidates Dongmin Keum and Kyung-Won Jang, was published in Light: Science & Applications on October 24, 2018. Figure 1. Natural Xenos peckii eye and the biological inspiration for the ultrathin digital camera (Light: Science & Applications 2018) Figure 2. Optical images captured by the bioinspired ultrathin digital camera (Light: Science & Applications 2018)
Skin Hardness to Estimate Better Human Thermal Status (Professor Young-Ho Cho and Researcher Sunghyun Yoon) Under the same temperature and humidity, human thermal status may vary due to individual body constitution and climatic environment. A KAIST research team previously developed a wearable sweat rate sensor for human thermal comfort monitoring. Furthering the development, this time they proposed skin hardness as an additional, independent physiological sign to estimate human thermal status more accurately. This novel approach can be applied to developing systems incorporating human-machine interaction, which requires accurate information about human thermal status. Professor Young-Ho Cho and his team from the Department of Bio and Brain Engineering had previously studied skin temperature and sweat rate to determine human thermal comfort, and developed a watch-type sweat rate sensor that accurately and steadily detects thermal comfort last February (title: Wearable Sweat Rate Sensors for Human Thermal Comfort Monitoring ). However, skin temperature and sweat rate are still not enough to estimate exact human thermal comfort. Hence, an additional indicator is required for enhancing the accuracy and reliability of the estimation and the team selected skin hardness. When people feel hot or cold, arrector pili muscles connected to hair follicles contract and expand, and skin hardness comes from this contraction and relaxation of the muscles. Based on the phenomenon of changing skin hardness, the team proposed skin hardness as a new indicator for measuring human thermal sensation. With this new estimation model using three physiological signs for estimating human thermal status, the team conducted human experiments and verified that skin hardness is effective and independent from the two conventional physiological signs. Adding skin hardness to the conventional model can reduce errors by 23.5%, which makes its estimation more reliable. The team will develop a sensor that detects skin hardness and applies it to cognitive air-conditioning and heating systems that better interact with humans than existing systems. Professor Cho said, "Introducing this new indicator, skin hardness, elevates the reliability of measuring human thermal comfort regardless of individual body constitution and climatic environment. Based on this method, we can develop a personalized air conditioning and heating system that will allow affective interaction between humans and machines by sharing both physical and mental health conditions and emotions." This research, led by researchers Sunghyun Yoon and Jai Kyoung Sim, was published in Scientific Reports, Vol.8, Article No.12027 on August 13, 2018. (pp.1-6) Figure 1. Measuring human thermal status through skin hardness Figure 2. The instrument used for measuring human thermal status through skin hardness
Electron Heating in Weakly Ionized Collisional Plasmas (from left: Professor Wonho Choe and Research Professor Sanghoo Park) A KAIST research team successfully identified the underlying principles behind electron heating, which is one of the most important phenomena in plasmas. As the electric heating determines wide range of physical and chemical properties of plasmas, this outcome will allow relevant industries to extend and effectively customize a range of plasma characteristics for their specific needs. Plasma, frequently called the fourth state of matter, can be mostly formed by artificially energizing gases in standard temperature (25°C) and pressure (1 atm) range. Among the many types of plasma, atmospheric-pressure plasmas have been gaining a great deal of attention due to their unique features and applicability in various scientific and industrial fields. Because plasma characteristics strongly depends on gas pressure in the sub-atmospheric to atmospheric pressure range, characterizing the plasma at different pressures is a prerequisite for understanding the fundamental principles of plasmas and for their industrial applications. In that sense, information on the spatio-temporal evolution in the electron density and temperature is very important because various physical and chemical reactions within a plasma arise from electrons. Hence, electron heating has been an interesting topic in the field of plasma. Because collisions between free electrons and neutral gases are frequent under atmospheric-pressure conditions, there are physical limits to measuring the electron density and temperature in plasmas using conventional diagnostic tools, thus the principles behind free electron heating could not be experimentally revealed. Moreover, lacking information on a key parameter of electron heating and its controlling methods is troublesome and limit improving the reactivity and applicability of such plasmas. To address these issues, Professor Wonho Choe and his team from the Department of Nuclear and Quantum Engineering employed neutral bremsstrahlung-based electron diagnostics in order to accurately examine the electron density and temperature in target plasmas. In addition, a novel imaging diagnostics for two dimensional distribution of electron information was developed. Using the diagnostic technique they developed, the team measured the nanosecond-resolved electron temperature in weakly ionized collisional plasmas, and they succeeded in revealing the spatiotemporal distribution and the fundamental principle involved in the electron heating process. The team successfully revealed the fundamental principle of the electron heating process under atmospheric to sub-atmospheric pressure (0.25-1atm) conditions through conducting the experiment on the spatiotemporal evolution of electron temperature. Their findings of the underlying research data on free electrons in weakly ionized collisional plasmas will contribute to enhancing the field of plasma science and their commercial applications. Professor Choe said, "The results of this study provide a clear picture of electron heating in weakly ionized plasmas under conditions where collisions between free electrons and neutral particles are frequent. We hope this study will be informative and helpful in utilizing and commercializing atmospheric-pressure plasma sources in the near future." Articles related to this research, led by Research Professor Sanghoo Park, were published in Scientific Reports on May 14 and July 5. Figure 1. Nanosecond-resolved visualization of the electron heating structure. Spatiotemporal evolution of 514.5-nm continuum radiation,Te, Ar I emission Figure 2. Nanosecond-resolved visualization of electron heating. Spatiotemporal evolution of neutral bremsstrahlung at 514.5 nm
Finding Human Thermal Comfort with a Watch-type Sweat Rate Sensor (from left: Professor Young-Ho Cho and Researcher SungHyun Yoon) KAIST developed a watch-type sweat rate sensor. This subminiature device can detect human thermal comfort accurately and steadily by measuring an individual's sweat rate. It is natural to sweat more in the summer and less in the winter; however, an individual's sweat rate may vary in a given environment. Therefore, sweat can be an excellent proxy for sensing core body temperature. Conventional sweat rate sensors using natural ventilation require bulky external devices, such as pumps and ice condensers. They are usually for physiological experiments, hence they need a manual ventilation process or high power, bulky thermos-pneumatic actuators to lift sweat rate detection chambers above skin for continuous measurement. There is also a small sweat rate sensor, but it needs a long recovery period. To overcome these problems, Professor Young-Ho Cho and his team from the Department of Bio and Brain Engineering developed a lightweight, watch-type sweat sensor. The team integrated miniaturized thermos-pneumatic actuators for automatic natural ventilation, which allows sweat to be measured continuously. This watch-type sensor measures sweat rate with the humidity rising rate when the chamber is closed during skin contact. Since the team integrated thermos-pneumatic actuators, the chamber no longer needs to be separated manually from skin after each measurement in order for the chamber to ventilate the collected humidity. Moreover, this sensor is wind-resistant enough to be used for portable and wearable devices. The team identified that the sensor operates steadily with air velocity ranging up to 1.5m/s, equivalent to the average human walking speed. Although this subminiature sensor (35mm x 25mm) only weighs 30 grams, it operates continuously for more than four hours using the conventional wrist watch batteries. The team plans to utilize this technology for developing a new concept of cognitive air-conditioning systems recognizing Human thermal status directly; while the conventional air-conditioning systems measuring air temperature and humidity. Professor Cho said, "Our sensor for human thermal comfort monitoring can be applied to customized or smart air conditioners. Furthermore, there will be more demands for both physical and mental healthcare, hence this technology will serve as a new platform for personalized emotional communion between humans and devices." This research, led by researchers Jai Kyoung Sim and SungHyun Yoon, was published in Scientific Reports on January 19, 2018. Figure1. The fabricated watch-type sweat rate sensor for human thermal comfort monitoring Figure 2. Views of the watch-type sweat rate sensor Figure 3. Operation of the watch-type sweat rate sensor
The Medici Effect: Highly Flexible, Wearable Displays Born in KAIST (Ph.D. candidate Seungyeop Choi) How do you feel when technology you saw in a movie is made into reality? Collaboration between the electrical engineering and textile industries has made TVs or smartphone screens displaying on clothing a reality. A research team led by Professor Kyung Cheol Choi at the School of Electrical Engineering presented wearable displays for various applications including fashion, IT, and healthcare. Integrating OLED (organic light-emitting diode) into fabrics, the team developed the most highly flexible and reliable technology for wearable displays in the world. Recently, information displays have become increasingly important as they construct the external part of smart devices for the next generation. As world trends are focusing on the Internet of Things (IoTs) and wearable technology, the team drew a lot of attention by making great progress towards commercializing clothing-shaped 'wearable displays'. The research for realizing displays on clothing gained considerable attention from academia as well as industry when research on luminescence formed in fabrics was introduced in 2011; however, there was no technology for commercializing it due to its surface roughness and flexibility. Because of this technical limitation, clothing-shaped wearable displays were thought to be unreachable technology. However, the KAIST team recently succeeded in developing the world's most highly efficient, light-emitting clothes that can be commercialized. The research team used two different approaches, fabric-type and fiber-type, in order to realize clothing-shaped wearable displays. In 2015, the team successfully laminated a thin planarization sheet thermally onto fabric to form a surface that is compatible with the OLEDs approximately 200 hundred nanometers thick. Also, the team reported their research outcomes on enhancing the reliability of operating fiber-based OLEDs. In 2016, the team introduced a dip-coating method, capable of uniformly depositing layers, to develop polymer light-emitting diodes, which show high luminance even on thin fabric. Based on the research performance in 2015 and 2016, Ph.D. candidate Seungyeop Choi took the lead in the research team and succeeded in realizing fabric-based OLEDs, showing high luminance and efficiency while maintaining the flexibility of the fabric. The long-term reliability of this wearable device that has the world's best electrical and optical characteristics was verified through their self-developed, organic and inorganic encapsulation technology. According to the team, their wearable device facilitates the operation of OLEDs even at a bending radius of 2mm. According to Choi, "Having wavy structures and empty spaces, fiber plays a significant role in lowering the mechanical stress on the OLEDs." "Screen displayed on our daily clothing is no longer a future technology," said Professor Choi. "Light-emitting clothes will have considerable influence on not only the e-textile industry but also the automobile and healthcare industries." Moreover, the research team remarked, "It means a lot to realize clothing-shaped OLEDs that have the world's best luminance and efficiency. It is the most flexible fabric-based light-emitting device among those reported. Moreover, noting that this research carried out an in-depth analysis of the mechanical characteristics of the clothing-spared, light-emitting device, the research performance will become a guideline for developing the fabric-based electronics industry." This research was funded by the Ministry of Trade, Industry and Energy and collaborated with KOLON Glotech, INC. The research performance was published in Scientific Reports in July. (OLEDs operating in fabrics) (Current-voltage-luminance and efficiency of the highly flexible, fabric-based OLEDs;Image of OLEDs after repetitive bending tests;Verification of flexibility through mechanical simulation)
Material-Independent Nanocoating Antimicrobial Spray Significantly Extends the Shelf Life of Produce The edible coating on produce has drawn a great deal of attention in the food and agricultural industry. It could not only prolong postharvest shelf life of produce against external changes in the environment but also provide additional nutrients to be useful for human health. However, most versions of the coating have had intrinsic limitations in their practical application. First, highly specific interactions between coating materials and target surfaces are required for a stable and durable coating. Even further, the coating of bulk substrates, such as fruits, is time consuming or is not achievable in the conventional solution-based coating. In this respect, material-independent and rapid coating strategies are highly demanded. The research team led by Professor Insung Choi of the Department of Chemistry developed a sprayable nanocoating technique using plant-derived polyphenol that can be applied to any surface. This new nanocoating process can be completed in seconds to form nanometer-thick films, allowing for the coating of commodity goods, such as shoe insoles and fruits, in a controlled fashion. For example, spray-coated mandarin oranges and strawberries show significantly-prolonged postharvest shelf life, suggesting the practical potential in edible coatings of perishable produce. The technology has been patented and is currently being commercialized for widespread use as a means of preserving produce. The research results have recently been published in Scientific Reports on Aug 1. Polyphenols, a metabolite of photosynthesis, possess several hydroxyl groups and are found in a large number of plants showing excellent antioxidant properties. They have been widely used as a nontoxic food additive and are known to exhibit antibacterial, as well as potential anti-carcinogenic capabilities. Polyphenols can also be used with iron ions, which are naturally found in the body, to form an adhesive complex, which has been used in leather tanning, ink, etc. The research team combined these chemical properties of polyphenol-iron complexes with spray techniques to develop their nanocoating technology. Compared to conventional immersion coating methods, which dip substrates in specialized coating solutions, this spray technique can coat the select areas more quickly. The spray also prevents cross contamination, which is a big concern for immersion methods. The research team has showcased the spray's ability to coat a variety of different materials, including metals, plastics, glass, as well as textile fabrics. The polyphenol complex has been used to form antifogging films on corrective lenses, as well as antifungal treatments for shoe soles, demonstrating the versatility of their technique. Furthermore, the spray has been used to coat produce with a naturally antibacterial, edible film. The coatings significantly improved the shelf life of tangerines and strawberries, preserving freshness beyond 28 days and 58 hours, respectively. (Uncoated fruit decomposed and became moldy under the same conditions). See the image below. a –I, II: Uncoated and coated tangerines incubated for 14 and 28 days in daily-life settings b –I: Uncoated and coated strawberries incubated for 58 hours in daily-life settings b –II: Statistical investigation of the resulting edibility. Professor Choi said, "Nanocoating technologies are still in their infancy, but they have untapped potential for exciting applications. As we have shown, nanocoatings can be easily adapted for several different uses, and the creative combination of existing nanomaterials and coating methods can synergize to unlock this potential."
Extreme Materials for Fusion with Metal Cocktail The research team under Professor Ryu Ho-jin of the Department of Nuclear and Quantum Engineering has developed a new material for facing fusion plasma environments using metal powder mixing technology. This technology is expected to extend the range of materials that can be designed for use in extreme environments such as in fusion power generators. The durability of the tokamak vessel, which holds high-temperature plasma, is very important to create fusion power reactors, which are expected to be a future energy source. Currently, high-melting-point metals, such as tungsten, are considered plasma-facing materials to protect the tokamak vessel. However, high-energy thermal shocks, plasma ions, and neutrons are fatal to the plasma-facing material during high temperature fusion plasma operation. Therefore, it is necessary to develop new high-performance materials. The ITER project, in which seven countries including the United States, the EU, and Korea participate jointly, is constructing a nuclear fusion experimental reactor in France with the goal of achieving the first plasma in 2025 and deuterium-tritium fusion operation in 2035. In Korea, the KSTAR tokamak at the National Fusion Research Institute has succeeded in maintaining high-performance plasma for 70 seconds. Researchers in Europe, the United States, and China, who are leading the research on fusion plasma-facing materials, are studying the improvement of physical properties by adding a small amount of metal elements to tungsten. However, Professor Ryu's team reported that by mixing various metals' powders, including tungsten, they have succeeded in producing a new material that has twice the hardness and strength of tungsten. The difference in the atomic sizes of the well-mixed elements in the alloy is very significant because it makes it difficult to deform the alloy. The team will continue its research to find alloying compositions that optimize mechanical properties as well as thermal conductivity, plasma interactions, neutron irradiation embrittlement, tritium absorption, and high-temperature oxidation properties. Professor Ryu said, "Fusion plasma-facing materials are exposed to extreme environments and no metal is capable of withstanding thermal shock, plasma, and neutron damage simultaneously. As a result of this research, attempts to develop complex metallic materials for nuclear fusion and nuclear power are expected to become more active around the world. " Ph.D. candidate Owais Ahmed Waseem is the first author of this project. The research is supported by the Ministry of Science, ICT and Future Planning, the Korea Research Foundation's Fusion Basic Research project, and the Engineering Research Center. The results were published in 'Scientific Report' on May 16. Figure 1. Tungsten-based high strengh alloy sample Figure 2. Fusion plasma facing material development by powder processing of refractory elements
Tactile Sensor for Robot Skin Advanced by KAIST Team The joint research team of Professors Jung Kim and Inkyu Park from the Department of Mechanical Engineering developed a tactile sensor that can act as skin for robots using silicon and carbon materials. This technology produced a sensor that can absorb shock and distinguish various forms of touch, and it is hoped to be used as robot skin in the future. Skin serves an important role as the largest organ of the human body. As well as protecting major organs from external shock, skin also measures and distinguishes delicate tactile information and transfer it to the nervous system. Current robotic sensory technology allows robots to have visual and auditory systems at nearly similar levels to human capacity, but there are limitations in tactile sensors that can detect changes in the environment throughout the body. To apply skin with similar functions as humans to robots, it is essential to develop skin sensor technology with high flexibility and high shock absorption. Another limitation for developing robot skin was connecting numerous sensors all over the body using electric wiring. To overcome this problem, the research team combined silicon and carbon nanotubes (CNT) to produce a composite, which was then used in combination with a medical imaging technique called electrical impedance tomography (EIT). This led to technology that can distinguish various forms of force over a large area without electrical wiring. The sensing material can distinguish the location and the size of various forms by touch, and thus can be applied to robot skin that can absorb shock as well as serves as a 3D computer interface and tactile sensor. It can withstand strong force such as a hammer strike, and can be re-used even after partial damage to the sensor by filling and hardening the damaged region with composite. Further, the sensor can be made by filling a 3D shape frame with silicon-nanotube composite. Using this technology, new forms of computer interaces can be developed with both curbed and flat surfaces. This research was conducted through a collaboration between Professor Park, an expert in nanostructures and sensors, and Professor Kim, an expert in bio-robotics. Hence, the technology is likely to be applied in real products. Professor Kim said, "Flexible tactile sensors can not only be directly adhered to the body, but they also provides information on modified states in multiple dimensions". He continued, "This technology will contribute to the soft robot industry in the areas of robot skin and the field of wearable medical appliances." Professor Park said, "This technology implemented a next-generation user interface through the integration of functional nano-composite material and computer tomography." This research was published in Scientific Reports, a sister journal of Nature, online on January 25. This research was conducted as joint research by first author Hyo-Sang Lee, as well as Donguk Kwon and Ji-seung Cho, and was funded by the Ministry of Science, ICT and Future Planning. (Fiigrue 1: Robotic hand responding to resistance via a connection with the developed tactile sensor) (Figure 2: Manufacturing process for pressure-resistant composite using silicon rubber and carbon nanotubes) (Figure 3: Computer interface using pressure-resistant composite)
'Engineered Bacterium Produces 1,3-Diaminopropane' A research team led by Distinguished Professor Sang Yup Lee of the Department of Chemical and Biomolecular Engineering at KAIST reported, for the first time, the production of 1,3-diaminopropane via fermentation of an engineered bacterium. 1,3-Diaminopropane is a three carbon diamine, which has a wide range of industrial applications including epoxy resin and cross-linking agents, as well as precursors for pharmaceuticals, agrochemicals, and organic chemicals. It can also be polymerized with dicarboxylic acids to make polyamides (nylons) for use as engineering plastics, medical materials, and adhesives. Traditionally, 1,3-diaminopropane is derived from petroleum-based processes. In effort to address critical problems such as the depletion of petroleum and environmental issues inherent to the petroleum-based processes, the research team has developed an Escherichia coli (E. coli) strain capable of producing 1,3-diaminopropane. Using this technology, 1,3-diaminopropane can now be produced from renewable biomass instead of petroleum. E. coli as found in nature is unable to produce 1,3-diaminopropane. Metabolic engineering, a technology to transform microorganisms into highly efficient microbial cell factories capable of producing chemical compounds of interest, was utilized to engineer the E. coli strain. First, naturally existing metabolic pathways for the biosynthesis of 1,3-diaminopropane were introduced into a virtual cell in silico to determine the most efficient metabolic pathway for the 1,3-diaminopropane production. The metabolic pathway selected was then introduced into an E. coli strain and successfully produced 1,3-diaminopropane for the first time in the world. The research team applied metabolic engineering additionally, and the production titer of 1,3-diaminopropane increased about 21 fold. The Fed-batch fermentation of the engineered E. coli strain produced 13 grams per liter of 1,3-diaminoproapne. With this technology, 1,3-diaminopropane can be produced using renewable biomass, and it will be the starting point for replacing the current petroleum-based processes with bio-based processes. Professor Lee said, "Our study suggested a possibility to produce 1,3-diaminopropane based on biorefinery. Further study will be done to increase the titer and productivity of 1,3-diaminopropane." This work was published online in Scientific Reports on August 11, 2015. Reference: Chae, T.U. et al. "Metabolic engineering of Escherichia coli for the production of 1,3-diaminopropane, a three carbon diamine," Scientific Reports: http://www.nature.com/articles/srep13040 This research was supported by the Technology Development Program to Solve Climate Changes on Systems Metabolic Engineering for Biorefineries from Ministry of Science, ICT and Future Planning (MSIP) through the National Research Foundation (NRF) of Korea. Figure 1: Metabolic engineering strategies for 1,3-diaminopropane production using C4 pathway Figure 2: Fed-batch fermentation profiles of two final engineered E. coli strains
KAIST Develops Subminiature, Power-Efficient Air Pollution Sensing Probe Professor Inkyu Park and his research team from the Department of Mechanical Engineering at KAIST have developed a subminiature, power-efficient air-pollution sensing probe that can be applied to mobile devices. Their research findings were published online in the January 30th issue of Scientific Reports. As air pollution has increased, people have taken greater interest in health care. The developed technology could allow people to measure independently the air pollution level of their surrounding environments. Previous instruments used to measure air pollution levels were bulky and consumed a lot of power. They also often produced inaccurate results when measuring air pollution in which different toxic gases were mixed. These problems could not be resolved with existing semiconductor manufacturing process. Using local temperature field control technology, Professor Park's team succeeded in integrating multiple heterogeneous nanomaterials and fitting them onto a small, low-power electronic chip. This microheating sensor can heat microscale regions through local hydrothermal synthesis. Because it requires a miniscale amount of nanomaterials to manufacture, the sensor is most suitable for mobile devices. Professor Park said, "Our research will contribute to the development of convergence technology in such field as air pollution sensing probes, biosensors, electronic devices, and displays." The team's research was supported by the Ministry of Education and the Ministry of Science, ICT and Future Planning, Republic of Korea. Figure 1 – The Concept of Multiple Nanomaterial Device and Numerical Simulation Results of Precursor Solutions Figure 2 - Multiple Nanomaterial Manufactured in a Microscale Region


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text:
require 'spec_helper'

describe 'aurora', type: :class do
  on_supported_os.each do |os, facts|
    context "on #{os}" do
      let(:facts) do
        facts
      end

      let(:params) do
        {
          master: true,
          scheduler_options: {
            'observer_port' => '1338',
            'libmesos_log_verbosity' => 0,
            'libprocess_port' => '8083',
            'java_opts' => [
              '-server',
              "-Djava.library.path='/usr/lib;/usr/lib64'"
            ],
            'cluster_name' => 'mesos',
            'http_port' => '8081',
            'quorum_size' => 1,
            'zookeeper' => '127.0.0.1:2181',
            'zookeeper_mesos_path' => 'mesos',
            'zookeeper_aurora_path' => 'aurora',
            'aurora_home' => '/var/lib/aurora',
            'thermos_executor_path' => '/usr/bin/thermos_executor',
            'thermos_executor_flags' => [
              '--announcer-enable',
              '--announcer-ensemble 127.0.0.1:2181',
            ],
            'allowed_container_types' => %w(DOCKER MESOS),
          },
        }
      end

      it { should compile.with_all_deps }

      it { should contain_class('aurora::scheduler') }

      it { should contain_package('aurora-tools') }
      it { should contain_package('aurora-scheduler') }

      it { should contain_exec('init-mesos-log') }

      it do
        should contain_file('/var/lib/aurora/scheduler/db')
          .with_ensure('directory')
          .with_mode('0644')
          .with_owner('aurora')
          .with_group('aurora')
          .with_require('[Package[aurora-scheduler]{:name=>"aurora-scheduler"}, File[/var/lib/aurora/scheduler]{:path=>"/var/lib/aurora/scheduler"}]')
      end

      it do
        should contain_file('/var/lib/aurora/scheduler')
          .with_ensure('directory')
          .with_mode('0644')
          .with_owner('aurora')
          .with_group('aurora')
      end

      it do
        should contain_file('/etc/sysconfig/aurora-scheduler')
          .with_ensure('present')
          .with_owner('aurora')
          .with_group('aurora')
          .with_mode('0644')
      end

      context 'scheduler params' do
        it do
          should contain_file('/etc/sysconfig/aurora-scheduler')
            .with_content(/GLOG_v=0/)
            .with_content(/LIBPROCESS_PORT=8083/)
            .with_content(/cluster_name='mesos'/)
            .with_content(/http_port=8081/)
            .with_content(/native_log_quorum_size='1'/)
            .with_content(/zk_endpoints=127\.0\.0\.1\:2181/)
            .with_content(/mesos_master_address='zk:\/\/127\.0\.0\.1:2181\/mesos'/)
            .with_content(/serverset_path='\/aurora\/scheduler'/)
            .with_content(/native_log_file_path='\/var\/lib\/aurora\/scheduler\/db'/)
            .with_content(/backup_dir='\/var\/lib\/aurora\/scheduler\/backups'/)
            .with_content(/thermos_executor_path='\/usr\/bin\/thermos_executor'/)
            .with_content(/thermos_executor_flags='--announcer-enable --announcer-ensemble 127\.0\.0\.1:2181'/)
            .with_content(/allowed_container_types='DOCKER,MESOS'/)
            .with_content(/vlog='INFO'/)
        end
      end
    end
  end
end

redpajama_set_name: RedPajamaGithub


The Museum of London is holding a year-long season of exhibitions, commissions, events, talks and debates grouped together under the title City Now City Future. At the heart of this programme lies their new exhibition The City is Ours, which looks at how and why cities across the globe are transforming, and what we as individuals and societies can do to best prepare them for a fast-approaching future.
Nestled inside a roundabout in Barbican, the Museum of London is a large complex that feels a million miles away from the bustling city streets encircling it. It's an appropriate setting for their new exhibition, The City is Ours, surrounded as it is by contrasting elements of London: the cultural West End, the powerful City of London, historic St Pauls and vibrant Old Street are all a stone's throw away.
The City is Ours is comprised of three sections – Urban Earth, Cities Under Pressure and Urban Futures. Each is filled with narratives, statistics and insights into city life past, present and future. Urban Earth concerns the origin of cities, Cities Under Pressure focuses on the different aspects that make up a city and the challenges they currently face, while Urban Futures presents a wide variety of case studies and the strategies needed to adapt our cities to cope with future demands.
The opening section, Urban Earth, is a video infographic that begins by charting the rise of the city. Population is the driving force. We see the global population of 3000BC divided into city and non-city dwellers, before witnessing the enormous rate of growth that has brought us to today, followed by a glimpse into the future. It's staggering and, without stating the obvious, illustrates how many people there are on the planet. More infographics follow, examining city layouts, pollution levels and the spread of global wealth in clear, concise comparisons.
Cities Under Pressure is far more interactive, and geared toward a younger audience. There remains a wealth of information on offer amongst the VR headsets, pinball tables and touch-screens. Two short films are highly effective. One focuses on homelessness and lack of social housing, while another explains how cities – Rio de Janeiro in this instance – can be viewed in totally different ways depending on where you reside. A display comparing urban population density with job density shows the contrast between London's highly concentrated employment areas – Central London and The City – and those of Rio. This, when combined with a wider spread of residential areas, naturally leads to a chaotic rush hour and transport systems that suffer under the strain.
A photograph of Ordos, a new city in Inner Mongolia built to house a million residents but with a population of only 100,000, interprets a spooky ghost town as a consequence of reckless property speculation. The merits of skyscrapers as the best method of housing large amounts of people are discussed, along with the strain on water supplies in ever-growing cities and the use of tech to connect people and global movements within cities.
The final third of the exhibition, Urban Futures, is full of interesting examples of forward-thinking schemes already in use around the world. A case study of Colombian city Medellín shows how the addition of a cable-car system transformed growing social unrest by allowing easy, free transport from barrios in the mountainous outskirts to the city centre in the valley. This in turn allowed residents access to jobs and spawned a number of social initiatives for children – greatly reducing the crime rate. It highlights the importance of connection over separation: by joining the less affluent and wealthier areas of the city together, social unrest dropped. Other cities, where slums and favellas surround wealthy centres, would do well to take note.
Other initiatives include vast underground bike storage in Tokyo, intelligent street lighting that adjusts brightness according to motion sensors – saving energy in the process – as well as monitoring factors such as traffic data and air quality, and paving slabs that harness the kinetic energy generated by footfall to power street lighting. Bristol's methane-powered bio-bus gets a mention, along with London's proposed SkyCycle infrastructure project involving bicycle-only lanes built above existing train tracks – thereby reducing congestion on existing roads. Seoul's smart system of congestion charging is something London desperately needs to consider.
The City is Ours is a detailed look at aspects of city living and planning that often go unnoticed by inhabitants. It promotes social harmony, and recognises the need for those in power to actively work toward transforming cities into places that meet the needs of our planet and its growing population. It also encourages individual efforts – from residents and councils – as a way of transforming urban life through grassroots initiatives. Food for thought indeed.
The City is Ours runs at the Museum of London, EC2Y 5HN, till January 2. Entry is free.


The Health and Safety at work Act 2015 was passed into law (4 April 2016). This Act has thrown into to doubt the liability of Orienteering clubs when they carry out their activities. Many landowners and event partners, Local or Regional Councils, and landowners/managers (all of whom are PCBUs) may carry out due diligence and ask clubs to provide evidence that they have taken all reasonable and practical steps by way of a Health and Safety Plan, to keep everyone involved (participants, mappers, organisers, and public) safe. This Safety Management Plan is designed to assist clubs to carry out their obligations and provide ready to use templates for day to day use.
What do you do if there is a lost child, a major injury, or a serious illness? What strategies does your club have in place if these incidences happen, and how can we prevent them from happening now and in the future? These questions are answered in the Safety management plan.
We hope this system will provide a standard system all that clubs will use to make it easy to carry out our sport safely.
The Harm form is the core of the ONZ Safety Management Plan. It provides all the base information required for event safety. It is the go-to document for event organisers. It lists hazards and management strategies where there is a risk of significant harm.
Click this link to view reports of incidents eg Missing Children, injuries.
This is the comprehensive plan. It provides ONZ an audited and structured plan to comply with the Act.
If your club would like Risk Management advice, or you have comments on the ONZ Safety Management Plan, please contact Russell Higham; events@orienteering.org.nz.


Composed during the summer of 1988. Commissioned by The Norwegian Brass Band Club First performed in the Grieg Hall at the 10th Anniversary Concert for the Norwegian Championship, Bergen, February 1989. EBML conducted by Michael Antrobus.


text:
President of Philippines rallies support for tourism, joins UNWTO/WTTC campaign (uganda gorilla trekking)
admin March 8, 2012 63 Views
Philippines President Benigno Aquino III has joined the growing number of world leaders that are part of the UNWTO/WTTC Global Leaders for Tourism Campaign, aimed at rallying support for tourism at the highest level of government.
"Tourism is very important to the Philippines," said President Aquino, signalling in particular the attention given to road and air infrastructure in the country and the implementation of the Pocket Open Skies Policy. The policy eases restrictions on foreign airlines, allowing them to land in international airports around the Philippines and opening up the country to more foreign visitors.
Presenting the President with an Open Letter on the importance of tourism to global growth and development, UNWTO Secretary-General, Taleb Rifai, congratulated the country on its impressive tourism development, its active support of the open skies policies and the launch of its latest tourism promotion campaign "It's More Fun in the Philippines".
The Secretary of the Department of Tourism of the Philippines (DOT), Mr. Ramon Jimenez Jr. said: ¨It's More Fun in the Philippines focuses on the Filipino as your host. The Filipino, your host, takes it as his absolute personal responsibility and almost as a matter of honour that the tourist's stay is in fact fun."
"This exciting new campaign, the recent decision to liberalize aviation and joining the Leaders for Tourism Campaign are all steps in the right direction and proof that the Philippines is fully committed to maximizing its potential as an extremely attractive tourism destination," said Mr. Rifai.
David Scowsill, President & CEO of WTTC, said: "The Philippines' robust tourism plan has been held up as a model within South East Asia for other governments to follow. In 2011, Travel & Tourism accounted for about 9% of GDP and is forecast to rise by 5.2% per annum by 2022. Within this set of islands, the industry also accounts for over 3.5 million jobs. With the President receiving the Open Letter, and joining this movement of world leaders to recognise Travel & Tourism's global role, it is a further reflection of the importance of Travel & Tourism to the job growth and economic viability of the Philippines."
UNWTO's on-going work with the Philippines was the subject of further discussions between the Secretary-General and national tourism officials. In collaboration with the Tourism Congress, the private sector consultative body of the DOT, UNWTO will conduct a study on tourism opportunities in the country. In support of the Philippines National Tourism Development Plan (2011-2016), the study will illustrate the direct economic benefits of actions taken in areas such as visa facilitation and air connectivity.
The Philippines received four million international tourists in 2011, a record breaking increase of 11% compared with the previous year. The Government has set the target of 10 million inbound tourists by 2016, the final year of its National Tourism Development Plan. International tourism receipts rose to over US$ 3 billion in 2011, representing more than 25% of the country's exports of services.
Compiled by Jackie
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by Mike Adams
the Health Ranger
from NaturalNews Website
Not all the mysterious bird die-offs that have been witnessed around the globe recently are due to unexplained causes. A recent mass die-off event witnessed in Yankton, South Dakota was traced back to the USDA which admitted to carrying out a mass poisoning of the birds.
After hundreds of starlings were found dead in the Yankton Riverside Park, concerned citizens began to investigate.
Before long, a USDA official called the local police and admitted they had poisoned the birds.
"They say that they had poisoned the birds about ten miles south of Yankton and they were surprised they came to Yankton like they did and died in our park," says Yankton Animal Control Officer Lisa Brasel, as reported by KTIV.
(http://www.ktiv.com/Global/story.asp?S=13865540)
The USDA then confirmed the story and explained it was all "part of a large killing" in Nebraska. Some of the birds that ate the poison apparently flew all the way to Yankton before succumbing to the poison.
Watch the below video.
USDA mass-murders birds on a regular basis
So why was the USDA poisoning birds in the first place?
A Nebraska farmer was apparently complaining that the starlings were defecating in his feed meal. The answer to this conundrum apparently isn't to cover your feed meal but rather call the USDA and ask them to poison thousands of birds.
The USDA complied, apparently agreeing this was a brilliant idea. So they put out a poison called DRC-1339 and allowed thousands of birds to feed on that poison.
Carol Bannerman from USDA Wildlife Services ridiculously claimed the bird kill was also to protect "human health."
"We're doing it to address, in this case, agricultural damage as well as the potential for human health and safety issues," she said.
That's just a lie, of course.
In what universe do starlings pose a threat to human health and safety? The USDA (U.S. Department of Agriculture) Wildlife Services website, by the way, is http://www.aphis.usda.gov
The USDA even has a name for this mass poisoning program: Bye Bye Blackbird. Through the use of poisons such as DRC-1339, the USDA has killed more than four million birds over the last several years, reports Truthout.
They even proudly publish an online spreadsheet showing just how many they've murdered with poison.
Remember, these are mass bird killings that are funded with your tax dollars. It all makes you wonder whether the government is, in fact, responsible for many of the other mysterious animal deaths that have been reported across the country (and around the globe).
It also makes you wonder:
If the federal government thinks nothing of murdering 4 million living, breathing birds, then what else might they be capable of doing out of a total lack of respect for wildlife?
And if the USDA poisons birds because certain groups become too populous, what do you suppose is planned for when human population grows too large?
Return to Global Food Control
Return to Earth Changes


A romance / mystery with a tropical twist. Set on Pitcairn Island in the South Pacific, get a taste of island life while you fall into a story about a woman searching for her past, and finding a future. Meet Holly and Jack, and the island of the Bounty Mutineers as they search for the reasons behind a gruesome murder/suicide. Only a crotchety old woman named Masie stands in their way. Why doesn't she want them to find out what really happened? And why is she trying to tear their new romance apart?


The Aviation Fuel Forum hosted by the IATA (International Air Transport Association) is a key industry meet, where major companies from the sector exchange information about the aviation fuelling business. Skytanking also takes part on a regular basis.
The conference takes place twice a year. The Aviation Fuel Forum in Athens is scheduled for May 2019. Participants are fuel suppliers, fuel buyers, fuel technical experts and service providers, i.e. IATA members and strategic partners.


Description: Zertis Technologies LLC is a business categorized under commercial physical and biological research, which is part of the larger category commercial physical and biological research. Zertis Technologies LLC is located at the address 2007 Old Montgomery Highway in Birmingham, Alabama 35244-1685. You can contact by phone (205)982-9019.
Location & access map for "Zertis Technologies LLC"


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<?php

use DTS\eBaySDK\BusinessPoliciesManagement\Types\BaseRequest;

class BaseRequestTest extends \PHPUnit_Framework_TestCase
{
    private $obj;

    protected function setUp()
    {
        $this->obj = new BaseRequest();
    }

    public function testCanBeCreated()
    {
        $this->assertInstanceOf('\DTS\eBaySDK\BusinessPoliciesManagement\Types\BaseRequest', $this->obj);
    }

    public function testExtendsBaseType()
    {
        $this->assertInstanceOf('\DTS\eBaySDK\Types\BaseType', $this->obj);
    }
}


Foley Hoag is pleased to announce its perfect score ranking on the Human Rights Campaign's 2017 Corporate Equality Index. Businesses achieving a rating of 100 percent in the report are recognized by the Human Rights Campaign as a "Best Place to Work for LGBT Equality."
LGBT rights continues to be a major focus of Foley Hoag's pro bono program. In April 2016, a lawsuit filed by Foley Hoag, Justice in Aging and GLAD on behalf of two plaintiffs and a proposed nationwide class resulted in improvements to overpayment collection practices by the Social Security Administration for LGBT couples receiving Social Security income.


Returning to Donington Park, the day festival delivers a sick line up to kick off this years festival season.
Kendrick Lamar, Patti Smith, Bonobo, St.Vincent. The indie festival Flow has announced the first artists for 2018 and it's shaping up to be a banger of a lineup.


We have lost one of television's brightest lights, Mary Tyler Moore , who has died at age 80. Tinker died November 28, 2016. Her performance in Whose Life Is It Anyway? won her a special Tony award. At no point did the series end in a happy ending with her finding a husband - which seemed to be the course you had to take as a woman. Without that smile, America's television sets seem a little bit darker today.
I think that's a good thing". Williams, who said she was born to play tennis, beat Anastasia Pavlyuchenkova 6-4 7-6, to book a meeting with fellow American, Coco Vandeweghe , who blitzed Garbine Muguruza . Feeling like "it was in my hands to force this Williams final" in the subsequent match, six-time Australian Open champion Serena overwhelmed 34-year-old Mirjana Lucic-Baroni 6-2, 6-1.
However, that changed on 44 minutes when Danilo scored an own goal after the ball struck him on its way out from a Kiko Casilla save from John Guidetti. "It's true that we've had quite a few injuries recently, but I just want to say I am responsible for everything", Zidane said, in light of the work of his coaching and medical staff being called into question.
Both players have flown under the radar this tournament. In fact, Andy Murray and Angelique Kerber were beaten respectively by Mischa Zverev and Coco Vandeweghe. Raonic's victory, and the likely success of Rafa Nadal today - he leads Gael Monfils by two sets to one at the time of writing - sees the outright victor market very open indeed, with four players priced between [4.1] and [5.4].
Conversely, when the Patriots went to the Super Bowl in 2007, 2011 and 2014 the Steelers were eliminated each time in the wild-card round. "We are in the AFC championship ". "They found multiple ways to win that game". Neither scored in the Patriots' 27-16 win. "We've played against a lot better safeties than him, I'll tell you", said the Patriots coach .
Kerber had a 3-1 lead in the breaker, only to lose the next 6 points, as Carina clinched it by 7-3 to prolong the match and keep her chances for a huge upset. It continued an unconvincing start to the tournament for Kerber, who had struggled during a three-set win over Lesia Tsurenko in the opening round on Monday.
Konta plays Naomi Osaka of Japan in what should be ideal weather conditions at Melbourne Park - sunny skies, a light breeze and a late morning temperature of 19 degrees Celsius (66 Fahrenheit). Watson found herself serving for the match at 5-4 in the second set. She has a strong team in her corner and is in a very good position to go very far in this competition.
Are the Knicks better off without Carmelo?
Rose skipped a game without even telling the team last week, saying he returned to Chicago for family reasons. Even if Anthony waived his no-trade clause, he negotiated a 15 percent trade kicker that would increase his annual salary to almost $30 million.
Big business backers of CSL clubs, encouraged by football fan President Xi Jinping's vision of China becoming one of the game's superpowers, hosting and winning a World Cup, have splashed money on their teams alongside heavy investment in grass-roots development.
Marsh took 0-32 from six overs against Pakistan in the Melbourne ODI and was dismissed by Mohammad Amir for a golden duck after a surprise decision by Smith to promote him to No.4 in the batting order. Promoted left-arm quick Junaid Khan removed David Warner (16 from 22 balls) and Usman Khawaja (17 from 21) in consecutive overs to put Australia on the back foot at 2/40.
Mayweather, the retired boxing champion who turns 40 in February, was a guest Wednesday on ESPN's First Take and challenged both McGregor and the UFC to close the deal. "I'm the only guy that can actually make the offer and I'm actually making a real offer: We'll pay you $25m, we'll pay Conor $25m and then we'll talk about pay-per-view at a certain number".
Marco Silva had a more memorable league bow as Hull City manager, with Abel Hernandez scoring twice and Tyrone Mings putting through his own own goal as they came from behind to beat Bournemouth 3-1. "After [beating] Chelsea, it was a big challenge for us to keep the momentum and show that we are mature enough to fight for big things - and this was a very good example of that", Pochettino said.
At the time, Dallas' offensive line and rushing attack quickly emerged as an unstoppable force, and the Cowboys ultimately broke through with 191 rushing yards on the afternoon - the most that Green Bay allowed in a single game, all year. Roethlisberger was a loyal disciple of Bruce Arians, the now-Arizona Cardinals head coach who was let go by the Steelers following the 2011 season.
Isaac rounded out the Seminoles' double-figure scorers with 11 points, while Mann led the team in rebounds with seven and Bacon's double-figure scoring streak reached 26 games. Once again, Florida State countered with another 10-0 run and never looked back from that point on. As each game seems to yield some new play that - rightly or wrongly - will get chewed over and discussed online, he's already been proven right.
He was recruiting for the Owls and interviewing coaches as he worked to assemble his FAU staff. Alabama running back Bo Scarbrough said before his team faced Clemson in the national championship game that he would return to school for the 2017 season, rather than entering the NFL draft.
His best year at Cal was in 2015, when Dykes led the Golden Bears to an 8-5 record and Armed Forces Bowl victory. Over the last few years, Dykes has interviewed for other jobs, including the openings at Houston (in 2014, not this year), Missouri and even at Baylor this season.
The 21-year-old has been with the Cherries since the start of the season and has impressed under Eddie Howe, making 12 appearances and scoring three goals, including a last-minute victor against Liverpool. Ake scored three times in 10 Premier League appearances, including a dramatic last minute victor against Liverpool at the start of December. The Dutchman can play in defence or midfield and Conte is also keen to see if Ake could be deployed as a wing-back.
Thomas struck four birdies in his final eight holes while Moore sank in five in seven to sit at top of the leaderboard on 12 under, two shots clear. Ryan Moore (71), who shared the lead with Thomas after the second round, was tied for third at 205 with fellow Americans Jimmy Walker (70) and William McGirt (66).
Atletico Madrid avoided losing even more ground to Real Madrid thanks to second-half goals by Saul Niguez and Antoine Griezmann in a 2-0 win over Eibar . The last time Real Madrid lost came way back in April past year, when they were beaten by Wolfsburg, 2-0, in the first leg of their Champions League quarterfinal tie.
That much is evident, since the Grizzlies are the first team in two years to beat Golden State twice in one season. Meanwhile, Mike Conley scored 27 points, including the mid-range jumper that sent the game to overtime, and Zach Randolph added 27 from the bench.
The team turned heads during the preliminary round, winning all four of its matchups in a brutal Group B, having to face Russian Federation, which knocked the USA out of the running for gold last year, and Canada , a persistent rival that was playing on home turf this year.
The NBA wanted no part of what happened to the National Hockey League past year, when another journeyman - defenseman John Scott - not only was voted to start the All-Star Game, but went on to win the game's Most Valuable Player award, as well.
National Football League playoffs 2017: Did Packers' Mike McCarthy guarantee a win over Giants?
The Green Bay Packers' offense averages 27.0 points per game , fourth in the league. Packersnews.com It has been easy to forget that over the last four games , Mike Pennel has been forced to sit out. No. 88 ― and yes, that should probably be changed to a number more befitting of a running back ― galloped for 163 yards and two touchdowns in a recent win over Chicago.
In the video, which was released on Wednesday on a multitude of social media platforms, sees McGregor profess to be ready to become the world's best jockey and chase a mouth watering purse. What do you suggest that every gentleman should wear to the Pegasus World Cup Invitational? " McGregor , I admit that he's has been very good at mixed martial arts, but in boxing he is making mistakes ..." Conor McGregor: " Yes.
Azhar Ali and Younis Khan forged a 120-run partnership to stall a rampant Australia. "I always ride my luck and I play it the way I see it", said Warner. Debutant Hilton Cartwright (37) and wicketkeeper Matthew Wade (29) also made handy contributions. Babar Azam then fell four balls later for a duck, trapped plumb LBW by Hazlewood.
Pakistan's Majid Khan had achieved the feat in 1976 while playing against New Zealand in Karachi. Thereafter he was somewhat becalmed and gave up the aforementioned chances, but a half-century stand in Handscomb's capable company - he is presently averaging comfortably better than 100 in his fourth Test - was a more than useful start.
We had an exceptional run and in four games we lose two games. Wenger said that this loss of control was inevitable, and that Arsenal were one of the unlucky sides this time. "In 48 hours we go into a game with a big handicap on the fixture and I have to find fresh legs". Aaron Ramsey, Francis Coquelin and Shkodran Mustafi could also start after being on the bench against Palace.
Bilic did not see a replay of the incident until after full-time and suggested that Jones, who appeared to be hurt by the tackle, was deflecting attention from his own misjudgment. I am the first one the say the referee has a very hard job any time we have to look at slow motion, but I said at the time I would not have been happy with a yellow card.
WHAT WENT RIGHT: Not much. Jets coach Todd Bowles faces similar uncertainty with his job status far from secure. The Buffalo Bills mailed it in during their Week 17 game against the New York Jets. Rookie Cardale Jones then replaced Manuel as Bills quarterback, making his regular-season debut. However, on that kickoff, they found a way to extend their lead even more.because the Bills bizarrely didn't field the ball.
Three others, though, could make a welcome return from injury for the Premier League match on Sunday . "After that it is moral judgement". I don't know how guilty he was of having done something or not, I don't know. The England worldwide has been out of action since suffering a serious knee injury towards the end of last season but is now closing in on a return.
Salaam won the 1994 Heisman in a landslide - 248 votes and 842 points - after rushing for 2,055 yards. A passerby in Eben G. Fine Park in Boulder found Salaam on the night of December 5. He would go on to rush for 1,000 yards as a rookie - the youngest player in history to reach the 1,000-yard mark. His Bears career ended after only three years - he said marijuana contributed to his struggles - and he resurfaced for one final carry as a Browns player in 1999.
I'm not a fan of the officials stopping play and going to look at the punch, but they're looking out for the players' safety. There's a persistent strain of thinking that the Knicks are better without Melo, though the numbers don't back it up-they're 0-11 over the last two seasons when he doesn't play.
Sports Interaction's UFC betting odds on the Rousey vs. Nunes fight are here. Still, the book on Rousey is out after the Holm fight. "This fight will help me make a statement". Rousey appears at the 7:00 mark. So while she may have to defend a couple of kicks, it won't be throughout the duration of the fight. Due to these freaky circumstances, Schaub thinks Rousey's head might still not be where it needs to be come fight time.