A5089324549- Video Surveillance and Tracking Methods
- Advanced Vision and Imaging
- CCD and CMOS Imaging Sensors
- Visual Attention and Saliency Detection
Canon (Japan)
2021
Hiroshima University
2019
This study proposes a visual tracking system with 500-fps image processing that can detect and track fast-moving appearance-varying target in 360-degree-field of view (FOV) from high-spatial-resolution images. The consists high-speed camera, pan-tilt Galvano-mirror system, mirror-drive pan control 360-degree-rotational capacity. Omnidirectional remote object using complex features becomes possible due to the acquisition images via system. We introduce an intelligent high frame rate (HFR)...
In this paper, we develop an omnidirectional human tracking system for remote wide-area video surveillance; it can simultaneously track humans and objects moving at distant places in high-resolution images by controlling a high-speed mirror-drive action vision that has three rotary mirrors omnidirectionally with 500-fps visual feedback, which involves real-time execution of CNN-based recognition detection. Its effectiveness is demonstrated showing several video-shooting results when...