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A Diversity-Promoting Objective Function for Neural Conversation Models

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Sequence-to-sequence neural network models for generation of conversational responses tend to generate safe, commonplace responses (e.g., "I don't know") regardless of the input. We suggest that the traditional objective function, i.e., the likelihood of output (response) given input (message) is unsuited to response generation tasks. Instead we propose using Maximum Mutual Information (MMI) as the objective function in neural models. Experimental results demonstrate that the proposed MMI models produce more diverse, interesting, and appropriate responses, yielding substantive gains in BLEU scores on two conversational datasets and in human evaluations.

Jiwei Li, Michel Galley, Chris Brockett, Jianfeng Gao, Bill Dolan• 2015

Related benchmarks

TaskDatasetResultRank
prompt_genConTest 200 with_hds
Spearman Rho0.573
12
Conversation EvaluationCRSArena-Eval Turn-level
Pearson Correlation (r)0.716
9
Conversation EvaluationCRSArena-Eval Dial-level
Pearson r0.665
9
Conversation EvaluationCRSArena-Eval (All)
Pearson Correlation (r)0.68
9
System ranking correlationCRSArena-Eval Turn-level
Pearson Correlation (r)0.716
9
System ranking correlationCRSArena-Eval Dial-level
Pearson Correlation (r)0.665
9
System ranking correlationCRSArena-Eval (All)
Pearson Correlation (r)0.68
9
LLM Generator Selection33 task-language combinations (Human-annotated data) (test)
Top-1 Match Rate15.1515
9
Prompt GenerationDecTest prompt_gen 1000 samples no_hds
Spearman Rho0.917
7
Dialogue Response GenerationDialogue Dataset (test)
Adversarial Success9
7
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