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3 months ago

AAA: Adaptive Aggregation of Arbitrary Online Trackers with Theoretical Performance Guarantee

Heon Song Daiki Suehiro Seiichi Uchida

AAA: Adaptive Aggregation of Arbitrary Online Trackers with Theoretical Performance Guarantee

Abstract

For visual object tracking, it is difficult to realize an almighty online tracker due to the huge variations of target appearance depending on an image sequence. This paper proposes an online tracking method that adaptively aggregates arbitrary multiple online trackers. The performance of the proposed method is theoretically guaranteed to be comparable to that of the best tracker for any image sequence, although the best expert is unknown during tracking. The experimental study on the large variations of benchmark datasets and aggregated trackers demonstrates that the proposed method can achieve state-of-the-art performance. The code is available at https://github.com/songheony/AAA-journal.

Code Repositories

songheony/AAA-journal
Official
pytorch
Mentioned in GitHub
songheony/A3T
pytorch
Mentioned in GitHub

Benchmarks

BenchmarkMethodologyMetrics
visual-object-tracking-on-otb-2015AAA
AUC: 0.70
Precision: 0.91
visual-object-tracking-on-templecolor128AAA
AUC: 0.62
Precision: 0.84

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