You will be presented with a citation segment from the section of an NLP research paper, as well as the context surrounding that citation. Classify the intent behind this citation by choosing from one of the following categories:
- Background: provides context or foundational information related to the topic.
- Extends: builds upon the cited work.
- Uses: applies the methods or findings of the cited work.
- Motivation: cites the work as inspiration or rationale for the research.
- CompareOrContrast: compares or contrasts the cited work with others.
- FutureWork: cites the work as a direction for future research.

Your answer should be a single word from the following list of options: ["Background", "Extends", "Uses", "Motivation", "CompareOrContrast", "FutureWork"]. Do not include any other text in your response.

Section Title:
method

Context before the citation:
Inspired by (Blunsom et al., 2009) and (Cohn and Blunsom, 2009), we define P(str  |frag) as follows: where csw is the number of words in the source string. generating the source string, which contains several source words and variables. c. Determine that the right child of PRP...RB is a two-word non-terminal; d. Utilize the predetermined RB and a POS tag VBP to form the tag of the two-word nonterminal: VBP+RB; e. Expand VBP+RB (to VBP and RB); f. Do not expand VBP and RB.

Citation Sentence:
Inspired by ( Blunsom et al. , 2009 ) and ( Cohn and Blunsom , 2009 ) , we define P ( str | frag ) as follows : where csw is the number of words in the source string .

Context after the citation:
Âs means the source vocabulary set. Further, cvar denotes the number of variables, which is determined by the tree fragment frag. As shown in Equation(5), we first determine how many source words to generate using a Poisson distribution Ppoisson(csw;1), which imposes a stable preference for short source strings. Then, we draw each source word from a uniform distribution over Âs. Afterwards, we insert the variables into the string.
Motivation