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Answer: Setting temperature to 0 and specifying strict output format
**Explanation:** Setting temperature to 0 and specifying strict output format is the most effective technique for reducing hallucinations in large language models because: 1. **Temperature = 0**: This setting makes the model deterministic and always selects the highest probability token, reducing randomness and variability that can lead to hallucinations. 2. **Strict output format**: By specifying exactly how the output should be structured (e.g., JSON format, specific templates, or constrained formats), you guide the model to produce more reliable and structured responses. 3. **Other techniques comparison**: - **Self-consistency decoding (A)**: Generates multiple reasoning paths and takes the majority vote, which improves reasoning but doesn't specifically target hallucination reduction. - **Few-shot prompting (B)**: Provides examples to guide the model, which helps with task understanding but doesn't directly control hallucination. - **Chain-of-thought prompting (D)**: Encourages step-by-step reasoning, which improves reasoning quality but doesn't inherently prevent hallucinations. 4. **Hallucination control**: The combination of deterministic output (temperature=0) and format constraints provides the strongest guardrails against the model generating fabricated or incorrect information.
Author: Ritesh Yadav
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Which technique is most effective for reducing hallucinations in large language models?
A
Self-consistency decoding
B
Few-shot prompting
C
Setting temperature to 0 and specifying strict output format
D
Chain-of-thought prompting
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