A Real-Time FPGA Based Human Detector
Pei‐Yung Hsiao, Shih-Yu Lin, Chuen-Yau Chen · 2016
An ARM-platform and FPGA-based accelerator rather than PC-based system is utilized in this study for completing a real-time FPGA-based human detector. The system presents the advantages of small size, low cost, high computing speed, and being portable and could be built in small cameras for surveillance applications. When background segmentation is introduced, the computing efficiency could reach about 15 fps. Moreover, this study has proven that the reduction on the total detection rate is less than 0.3% while changing HOG algorithm into the presented FPGA hardware implementation.