Husnu Baris Baydargil, Keumyoung Son, Jangsik Park, Jong-Gwan Song
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引用次数: 0
摘要
有许多针对各种环境和各种原因开发的目标检测和跟踪算法和机制,都有其优缺点。在现实生活中,物体检测的应用应该尽可能快,并且考虑到单个区域中有许多人的情况,这增加了计算成本。本文所开发的重点轻量化方法由两个阶段组成:首先,行人检测分两步完成,首先使用Adaboost的haar样特征进行全身检测,然后使用局部二值模式(Local Binary Patterns, LBP)进行头部检测。基于PDAF (probability Data Association Filter)的鲁棒性和轻量级特点,本文选择了PDAF跟踪算法。开发的系统用于四足动物附近的海岸线安全,以应对紧急情况。
Implementation of safety monitoring system at the waterfront based on video analysis technique
There are many object detection and tracking algorithms and mechanisms that have been developed for various environments and for various reasons, all with their strengths and weaknesses. A real-life application of object detection should be as fast as possible, and as lightweight as possible given the circumstances of many people in a single area increasing the computational cost. The emphasized lightweight method that's been developed in this paper is composed of two stages: First, the pedestrian detection is done in two steps, initially with Haar-like features of Adaboost for full body detection, and Local Binary Patterns (LBP) for head detection. The chosen tracking algorithm is Probabilistic Data Association Filter (PDAF) for its robustness and lightweight nature. The developed system is used for coastline safety near tetrapods against emergency situations.