Search Results for author: Liu Bo

Found 6 papers, 1 papers with code

Motion State: A New Benchmark Multiple Object Tracking

no code implementations29 Dec 2023 Yang Feng, Liao Pan, Wu Di, Liu Bo, Zhang Xingle

Furthermore, to gauge the method's adeptness in discerning object motion states, we introduce the Motion State Validation F1 (MVF1) metric.

Multi-Object Tracking Multiple Object Tracking +1

MO-YOLO: End-to-End Multiple-Object Tracking Method with YOLO and Decoder

no code implementations26 Oct 2023 Liao Pan, Yang Feng, Wu Di, Liu Bo, Zhang Xingle

In the field of multi-object tracking (MOT), recent Transformer based end-to-end models like MOTR have demonstrated exceptional performance on datasets such as DanceTracker.

Decoder Multi-Object Tracking +4

A Creative Industry Image Generation Dataset Based on Captions

no code implementations16 Nov 2022 Xiang Yuejia, Lv Chuanhao, Liu Qingdazhu, Yang Xiaocui, Liu Bo, Ju Meizhi

Most image generation methods are difficult to precisely control the properties of the generated images, such as structure, scale, shape, etc., which limits its large-scale application in creative industries such as conceptual design and graphic design, and so on.

Image Generation

Towards Micro-video Thumbnail Selection via a Multi-label Visual-semantic Embedding Model

no code implementations7 Feb 2022 Liu Bo

Towards this end, we present a multi-label visual-semantic embedding model to estimate the similarity between the pair of each frame and the popular topics that users are interested in.

A Benchmark Dataset for Micro-video Thumbnail Selection

no code implementations30 Dec 2021 Liu Bo

Towards this end, we construct a large-scale dataset for the micro-video thumbnails.

Hardness Sampling for Self-Training Based Transductive Zero-Shot Learning

1 code implementation CVPR 2021 Liu Bo, Qiulei Dong, Zhanyi Hu

Addressing this problem, we first empirically analyze the roles of unseen-class samples with different degrees of hardness in the training process based on the uneven prediction phenomenon found in many ZSL methods, resulting in three observations.

Zero-Shot Learning

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