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A Pedestrian Detection System Accelerated by Kernelized Proposals
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DOI：10.1109/TITS.2019.2904836.png)
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摘要
En 中文
When pedestrian detection (PD) is implemented on a central processing unit (CPU), performing real-time processing using a classical sliding window is difficult. Therefore, an efficient proposal generation method is required. A new generation method, named additive kernel binarized normed gradient (AKBING), is proposed herein, and this method is applied to the PD for real-time implementation on a CPU. The AKBING is based on an additive kernel support vector machine (AKSVM) and is implemented using the binarized normed gradient. The proposed PD can operate in real time because all AKSVM computations are approximated via simple atomic operations. In the suggested kernelized proposal method, the popular features and a classifier are combined, and the method is tested on a Caltech Pedestrian dataset and KITTI dataset. The experimental results show that the detection system with the proposed method improved the speed with minor degradation in detection accuracy.
Keyword:
Proposals
Feature extraction
Support vector machines
Microsoft Windows
Real-time systems
Additives
Kernel
Additive kernel
binarized normed gradient
Caltech Pedestrian dataset
KITTI dataset
detection proposals
pedestrian detection
LDCF
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被引数:
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