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Efficient Video Instance Segmentation via Tracklet Query and Proposal

CVPR 2022 · Video › Video segmentation and tracking · approach: Matching-based video object segmentation · 36 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use factorised temporal and spatial self-attention instead of joint attention (ablation)EfficientVIS · YouTube-VIS 2019 valAP: 33.7 -> 37.0Helped
Use temporal dynamic convolution over nearby frames instead of still-image dynamic convolution (ablation)EfficientVIS · YouTube-VIS 2019 valAP: 36.0 -> 37.0Helped
Increase video clip length from T=9 to T=36 (ablation)EfficientVIS · YouTube-VIS 2019 valAP: 35.3 -> 37.0Helped
Train inter-clip tracklet linking with correspondence learning (ablation)EfficientVIS · YouTube-VIS 2019 val, T=9AP: 7.4 -> 35.3Helped
Use a separate embedding for each time step in each tracklet query (ablation)EfficientVIS · YouTube-VIS 2019 valAP: 35.5 -> 37.0Helped
Use fully end-to-end learned inter-clip linking instead of hand-crafted associationEfficientVIS · YouTube-VIS 2019 val, T=18AP: 34.6 -> 36.4Helped
Use multi-scale training (ablation)EfficientVIS · YouTube-VIS 2019 val, ResNet-50AP: 37.0 -> 37.9Helped
Downsample the video to 1.5 FPS (ablation)EfficientVIS · YouTube-VIS 2019 val, T=9AP: 35.3 -> 35.3No clear effect

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