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W32 - The Visual Object Tracking Challenge Workshop VOT2020

机译:W32 - Vot2020的Votive对象跟踪挑战挑战赛

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This VOT2020 workshop is the eighth in a series of annual workshops on visual single-object tracking of a priori unknown objects. The five challenges hosted by the workshop are the VOT-ST on RGB short-term tracking, the VOT-RT on RGB short-term real-time tracking, the VOT-LT on RGB long-term tracking, the VOT-RGBT on RGB and thermal tracking and the VOT-RGBD on RGB and depth long-term tracking. A significant change has been made to VOT-ST by replacing the bounding box by a segmentation mask as label. Our aim is to promote trackers capable of per-pixel object localization and to close the gap between the areas of single-object tracking and video segmentation. The evaluation methodology of VOT-ST has been adapted for modern trackers by introducing a new failure recovery. The adapted toolkit was re-implemented in Python and makes the MATLAB version obsolete. The first paper covers the challenges' results, comprising work of 111 coauthors from 46 institutions. The paper (with results omitted) was shared with all co-authors who provided feedback and improved the quality. The VOT2020 Organizing Committee (OC) received five regular paper submissions which were reviewed in a double-blind process; each paper by three independent Program Committee (PC) members. We received additionally a rejected ECCV paper which included all reviews, rebuttal reports, and information about improvements to the original work. This paper was reviewed by the OC. All six papers were finally accepted to the workshop.
机译:此Vot2020研讨会是一系列关于一系列年度研讨会的第八次关于可视化单对象跟踪的先验未知对象。车间托管的五项挑战是RGB短期跟踪的VOT-ST,转托-TT对RGB短期实时跟踪,VOT-LT对RGB长期跟踪,RGB上的VOT-RGBT和热跟踪和RGB上的VOT-RGBD和深度长期跟踪。通过将边界掩模作为标签替换边界掩码来对VOT-ST进行显着变化。我们的目标是促进能够每像素对象本地化的跟踪器,并缩放单对象跟踪和视频分割区域之间的间隙。通过引入新的故障恢复,VOT-ST的评估方法已经适用于现代追踪器。调整的工具包在Python中重新实现,使Matlab版本过时。第一篇论文涵盖了挑战的结果,包括来自46个机构的111名同建者的工作。本文(省略的结果)与所有提供反馈和提高质量的所有共同作者共享。 VOT2020组委会(OC)收到了在双盲过程中审查的五个常规纸质提交;每份纸张由三名独立计划委员会(PC)成员。我们另外收到了拒绝的ECCV文件,其中包括所有评论,反驳报告和有关改进原创作品的信息。本文由OC审查。所有六篇论文终于接受了研讨会。

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