Pedestrian detection and tracking using particle filtering

Prateek K. Gaddigoudar, T. R. Balihalli, Suprith S. Ijantkar, N. Iyer, Shruti Maralappanavar
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引用次数: 9

Abstract

Pedestrian detection is one of the significant task in any intelligent systems involving video surveillance, since it provides essential information regarding the semantic behavior of pedestrians from video footages. Pedestrian detection along with tracking serves as an obvious extension to automotive applications in design and improvement of safety systems. However, various challenges arise while designing a system for detection and tracking of pedestrians such as different styles of clothing, non-linear random motion of pedestrians, occlusions between pedestrians and surroundings. Particle filtering algorithm is best suited to overcome these types of difficulties. Existing approaches such as Kalman filtering technique are also being implemented in this paper in order to compare the results and further prove that the Particle filtering dominates over the existing approaches.
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使用粒子滤波的行人检测与跟踪
行人检测是任何涉及视频监控的智能系统中的重要任务之一,因为它从视频片段中提供有关行人语义行为的基本信息。行人检测和跟踪是汽车安全系统设计和改进的一个明显延伸。然而,在设计行人检测和跟踪系统时,会遇到各种挑战,例如不同风格的服装,行人的非线性随机运动,行人与周围环境之间的遮挡。粒子滤波算法是克服这类困难的最佳方法。为了比较结果,进一步证明粒子滤波优于现有方法,本文还采用了卡尔曼滤波技术等现有方法。
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