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प्रश्न 1 का 8

What does next-token entropy measure in an entropy-aware decoder?

प्रत्येक प्रश्न का पूर्वावलोकन करें8 प्रश्न

जैसे ही आप प्रश्नोत्तरी लेते हैं उत्तर और स्पष्टीकरण दिखाई देते हैं।

  1. What does next-token entropy measure in an entropy-aware decoder?
    • How spread out probability is across the model’s possible next tokens
    • Whether the model’s factual claim is true
    • मॉडल में पैरामीटरों की संख्या
    • The total number of tokens already generated
  2. A low-entropy next-token distribution most directly indicates that:
    • The predicted answer is guaranteed factual
    • Probability is concentrated on a small set of tokens
    • The model has no uncertainty about the entire conversation
    • Every token in the vocabulary is equally likely
  3. अगले-टोकन वितरण की शैनन एन्ट्रापी की गणना इस प्रकार की जाती है:
    • लॉग का योग
    • अधिकतम संभाव्यता शून्य से न्यूनतम
    • -टोकन पर p_i लॉग p_i जोड़ें
    • शब्दावली में टोकन की संख्या
  4. What does varentropy measure in some entropy-aware decoding schemes?
    • The variance of model parameter counts
    • The factual accuracy of the next sentence
    • प्रशिक्षण युगों की संख्या
    • Variation in token-level surprisal values under the distribution
  5. When an entropy-aware system sees a high-entropy next-token distribution, what can it reasonably conclude?
    • The distribution is more spread out and may merit a task-specific decoding policy
    • The model is certainly hallucinating
    • The highest-probability token is false
    • The output must be stopped immediately
  6. What is a practical limit of using entropy to guide generation?
    • Entropy cannot be computed from probabilities
    • A chosen entropy policy does not by itself guarantee fewer factual errors
    • Entropy removes the need for model weights
    • Entropy forces all tokens to have equal probability
  7. A low-entropy model answer agrees with a user’s false claim. What does the entropy value establish?
    • That the claim has been independently verified
    • That every other candidate is impossible
    • Only that the model’s next-token distribution is concentrated, not that the claim is true
    • That the answer came from a reliable source
  8. How should a team choose thresholds for an entropy-triggered retrieval policy?
    • Assume one threshold works for all models and contexts
    • Choose the threshold from the model name
    • Treat every high-entropy token as a proven error
    • Evaluate the policy on representative tasks and measure whether retrieval improves outcomes