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EnCLAP++: Analyzing the EnCLAP Framework for Optimizing Automated Audio Captioning Performance

Jaeyeon Kim, Minjeon Jeon, Jaeyoon Jung, Sang Hoon Woo, Jinjoo Lee

TL;DR

Through extensive experimentation and quantitative analysis of generated captions, this work develops EnCLAP++, an enhanced version that significantly surpasses the original and investigates the impact of modifying the acoustic encoder components.

Abstract

In this work, we aim to analyze and optimize the EnCLAP framework, a state-of-the-art model in automated audio captioning. We investigate the impact of modifying the acoustic encoder components, explore pretraining with different dataset scales, and study the effectiveness of a reranking scheme. Through extensive experimentation and quantitative analysis of generated captions, we develop EnCLAP++, an enhanced version that significantly surpasses the original.

EnCLAP++: Analyzing the EnCLAP Framework for Optimizing Automated Audio Captioning Performance

TL;DR

Through extensive experimentation and quantitative analysis of generated captions, this work develops EnCLAP++, an enhanced version that significantly surpasses the original and investigates the impact of modifying the acoustic encoder components.

Abstract

In this work, we aim to analyze and optimize the EnCLAP framework, a state-of-the-art model in automated audio captioning. We investigate the impact of modifying the acoustic encoder components, explore pretraining with different dataset scales, and study the effectiveness of a reranking scheme. Through extensive experimentation and quantitative analysis of generated captions, we develop EnCLAP++, an enhanced version that significantly surpasses the original.
Paper Structure (17 sections, 1 figure, 4 tables)