篇名 | A Real-time Pedestrian Detection Model Adopted by High-Performance ANS-DPM |
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卷期 | 30:2 |
作者 | Ai-Ying Guo 、 Feng Ran 、 Jian-Hua Zhang 、 Mei-Hua Xu 、 Lu-Ming Gong 、 Hua-Ming Shen |
頁次 | 240-251 |
關鍵字 | adaptive 、 ANS-DPM 、 feature extraction 、 Latent-SVM 、 pedestrian detection 、 EI 、 MEDLINE 、 Scopus |
出刊日期 | 201904 |
DOI | 10.3966/199115992019043002022 |
In order to fulfill the real-time pedestrian detection system, it is difficult to balance the higher detection rate and greater detection speed at the same time. Therefore, this paper proposed an Adaptive Neighborhood Selection-Deformable Part Model (ANS-DPM) as a novel pedestrian feature operator to solve this problem. ANS-DPM adopts the adaptive feature zones to extract the pedestrian features based on the relationship between features ex-traction score with the experience threshold to decrease the whole calculation and upgrate. Meanwhile, the inner-layer and inter-layer constraint are introduced into the ANS-DPM to deal with the model of robustness. Finally, ANS-DPM with Latent-SVM constructs the pedestrian detection system and experiment result shows that the ANS-DPM can improve the feature rate, while the pedestrian detection system can detect 30 fps to satisfy the real-time detection system.