가이드 연계 퀴즈 · 중간 레벨
제한적이고 문법에 기반한 생성 퀴즈
공식적인 디코딩 규칙과 파서 상태를 검토한 다음 JSON 및 마스크 샘플링 예제를 통해 완료 조건과 확률 변화를 평가합니다.
질문 1 의 8
At which stage does the described hard grammar constraint restrict a language model's continuation choices?
모든 질문 미리보기8 질문
퀴즈를 풀면 정답과 설명이 나타납니다.
- At which stage does the described hard grammar constraint restrict a language model's continuation choices?
- Only while collecting pretraining documents
- Only after executing every emitted instruction
- Decoding, before the next token is selected
- By retraining the model weights after every user request
- Which formal rule representations are discussed in the cited grammar-guided generation research?
- Only image-file color palettes
- Only a spreadsheet of model parameter counts
- Only an alphabetical list of document filenames
- Regular expressions and context-free grammars
- Why is a simple finite-state machine not a complete description of every general nested context-free grammar decoder?
- General nested structure can require stack-like or richer parser state
- All nested grammars must be regular expressions by definition
- A grammar can never describe nesting
- Every parser must discard its current state after each token
- 토큰 수준 제약 조건을 구현하는 데 있어 주요 기술적 어려움은 무엇입니까?
- 모델의 메모리가 즉시 부족해집니다.
- 토크나이저 경계가 문법 경계와 일치하지 않을 수 있습니다.
- JSON에는 문법을 작성할 수 없습니다.
- GPU는 행렬을 곱할 수 없습니다
- What structure claim is justified for an output that successfully completes under a correctly implemented supported grammar constraint?
- Every fact inside it is necessarily true
- Every possible interruption leaves a complete accepted output
- Every downstream application rule is automatically covered
- It satisfies the constraints covered by that grammar
- Which named research engine studies flexible and efficient structured generation for language models?
- A photo-upscaling file format
- An audio loudness unit
- XGrammar
- A required model-weight encryption algorithm
- Generation stops after only an opening JSON object brace. What can be concluded about that text?
- It must already be a complete JSON object
- It can be a permitted prefix without being a complete valid object
- The interruption proves no JSON grammar exists
- Every such prefix is necessarily forbidden from the start
- A stated distribution assigns A 0.2, B 0.3, and C 0.5. After C is masked and the remaining choices are renormalized, what is A's probability?
- 0.4
- 0.2
- 0.5
- 0.6