基于简单启发式的可扩展活动检测系统架构

Rico Thomanek, Christian Roschke, Benny Platte, R. Manthey, Tony Rolletschke, Manuel Heinzig, M. Vodel, Frank Zimmer, Maximilian Eibl
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引用次数: 5

摘要

分析关于在确定地点识别人员或探测复杂活动的录像片段仍然是一个具有挑战性的过程。如今,各种(半)自动化系统可以用来克服这些挑战的不同部分。当使用最新最前沿的卷积神经网络框架时,目标检测及其分类达到更高的检测率。集成到可扩展的基础设施即服务数据库系统中,我们通过在Docker容器中使用Detectron框架以及特定案例的工程跟踪和运动模式启发式来结合这些网络,以便以相对较低的分布式计算工作量和合理的结果检测多个活动。
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A Scalable System Architecture for Activity Detection with Simple Heuristics
The analysis of video footage regarding the identification of persons at defined locations or the detection of complex activities is still a challenging process. Nowadays, various (semi-)automated systems can be used to overcome different parts of these challenges. Object detection and their classification reach even higher detection rates when making use of the latest cutting-edge convolutional neural network frameworks. Integrated into a scalable infrastructure as a service data base system, we employ the combination of such networks by using the Detectron framework within Docker containers with case-specific engineered tracking and motion pattern heuristics in order to detect several activities with comparatively low and distributed computing efforts and reasonable results.
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