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Autori principali: He, Junqing, Zhu, Liang, Wang, Rui, Wang, Xi, Haffari, Reza, Zhang, Jiaxing
Natura: Preprint
Pubblicazione: 2024
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Accesso online:https://arxiv.org/abs/2409.15240
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author He, Junqing
Zhu, Liang
Wang, Rui
Wang, Xi
Haffari, Reza
Zhang, Jiaxing
author_facet He, Junqing
Zhu, Liang
Wang, Rui
Wang, Xi
Haffari, Reza
Zhang, Jiaxing
contents Long-term memory is important for chatbots and dialogue systems (DS) to create consistent and human-like conversations, evidenced by numerous developed memory-augmented DS (MADS). To evaluate the effectiveness of such MADS, existing commonly used evaluation metrics, like retrieval accuracy and perplexity (PPL), mainly focus on query-oriented factualness and language quality assessment. However, these metrics often lack practical value. Moreover, the evaluation dimensions are insufficient for human-like assessment in DS. Regarding memory-recalling paradigms, current evaluation schemes only consider passive memory retrieval while ignoring diverse memory recall with rich triggering factors, e.g., emotions and surroundings, which can be essential in emotional support scenarios. To bridge the gap, we construct a novel Memory-Augmented Dialogue Benchmark (MADail-Bench) covering various memory-recalling paradigms based on cognitive science and psychology theories. The benchmark assesses two tasks separately: memory retrieval and memory recognition with the incorporation of both passive and proactive memory recall data. We introduce new scoring criteria to the evaluation, including memory injection, emotion support (ES) proficiency, and intimacy, to comprehensively assess generated responses. Results from cutting-edge embedding models and large language models on this benchmark indicate the potential for further advancement. Extensive testing further reveals correlations between memory injection, ES proficiency, and intimacy.
format Preprint
id arxiv_https___arxiv_org_abs_2409_15240
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle MADial-Bench: Towards Real-world Evaluation of Memory-Augmented Dialogue Generation
He, Junqing
Zhu, Liang
Wang, Rui
Wang, Xi
Haffari, Reza
Zhang, Jiaxing
Computation and Language
Artificial Intelligence
Long-term memory is important for chatbots and dialogue systems (DS) to create consistent and human-like conversations, evidenced by numerous developed memory-augmented DS (MADS). To evaluate the effectiveness of such MADS, existing commonly used evaluation metrics, like retrieval accuracy and perplexity (PPL), mainly focus on query-oriented factualness and language quality assessment. However, these metrics often lack practical value. Moreover, the evaluation dimensions are insufficient for human-like assessment in DS. Regarding memory-recalling paradigms, current evaluation schemes only consider passive memory retrieval while ignoring diverse memory recall with rich triggering factors, e.g., emotions and surroundings, which can be essential in emotional support scenarios. To bridge the gap, we construct a novel Memory-Augmented Dialogue Benchmark (MADail-Bench) covering various memory-recalling paradigms based on cognitive science and psychology theories. The benchmark assesses two tasks separately: memory retrieval and memory recognition with the incorporation of both passive and proactive memory recall data. We introduce new scoring criteria to the evaluation, including memory injection, emotion support (ES) proficiency, and intimacy, to comprehensively assess generated responses. Results from cutting-edge embedding models and large language models on this benchmark indicate the potential for further advancement. Extensive testing further reveals correlations between memory injection, ES proficiency, and intimacy.
title MADial-Bench: Towards Real-world Evaluation of Memory-Augmented Dialogue Generation
topic Computation and Language
Artificial Intelligence
url https://arxiv.org/abs/2409.15240