节点文献
基于深度学习的行人单目标跟踪
Single Pedestrian Detecting and Tracking Based on Deep Learning
【摘要】 基于SiamFC跟踪网络和Faster R-CNN检测网络,提出基于关键帧模板更新算法,提高行人目标跟踪速度,以及根据跟踪目标连续性和目标形状不会突变性质,提出欧氏距离和重叠度对系统跟踪结果进行约束。经实验验证,算法系统跟踪平均重叠度达到0.82,算法中心点l2-norm距离缩小到9,有效提高系统的跟踪质量,优于基于检测或者跟踪算法,在系统配置为NVIDIA 1080Ti显卡下,系统跟踪速度达到37fps,达到实时跟踪效果。
【Abstract】 Based on SiamFC Network and Faster R-CNN Network, proposes an algorithm of updating the template of the key frame to improve the speed of pedestrian tracking. Since the pedestrians are continuous and invariant, uses l2-normdistance and the IOU of the detecting or tracking target box to constraint the result. The progressiveness of our algorithm is proved by experimental results, where the average IOU is0.82, and the average l2-normdistance is 9. It achieves real-time tracking with a speed of 34 fps on PC with NVIDIA GTX 1080 TI.
【Key words】 Object Tracking; Object Detection; Deep Learning; Template Update;
- 【文献出处】 现代计算机 ,Modern Computer , 编辑部邮箱 ,2020年14期
- 【分类号】TP391.41;TP18
- 【被引频次】3
- 【下载频次】220