HOME Board
Notice

Notice

Hit 1024
Subject [ECCV 2022] Audio-Visual Mismatch-Aware Video Retrieval via Association and Adjustment (by Sangmin Lee) is accepted in ECCV 2022
Name IVY Lab. KAIST
Date 2022-07-04
Title: Audio-Visual Mismatch-Aware Video Retrieval via Association and Adjustment

Authors: Sangmin Lee, Sungjune Park, and Yong Man Ro

Retrieving desired videos using natural language queries has attracted increasing attention in research and industry fields as a huge number of videos appear on the internet. Natural language queries made by humans vary greatly and often include details related to audio cues. Some existing methods attempted to address this video retrieval problem by exploiting multi-modal information, especially audio-visual data of videos. However, many videos often have mismatched visual and audio cues for several reasons including background music, noise, and even missing sound. Therefore, the naive fusion of such mismatched visual and audio cues can negatively affect the semantic embedding of video scenes when retrieving video from text queries. Mismatch condition can be categorized into two cases: (i) Audio itself does not exist, (ii) Audio exists but does not match with visual. To deal with (i), we introduce audio-visual associative memory (AVA-Memory) to associate audio cues even from videos without audio data. The associated audio cues from visual data can guide the video embedding feature to be aware of audio information even in the missing audio condition. To address (ii), we propose audio embedding adjustment by considering the degree of matching between visual and audio data. In this procedure, constructed AVA-Memory enables to figure out how well the visual and audio in the video are matched and to adjust the weighting between actual audio and associated audio. Experimental results show that the proposed method outperforms other state-of-the-art video retrieval methods. Further, we validate the effectiveness of the proposed network designs with analyses.

IMAGE VIDEO SYSTEM (IVY.) KOREA ADVANCED INSTITUTE OF SCIENCE AND TECHNOLOGY (KAIST), ECCV 2022