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Network of Cooperating Smart Sensors for Global-View Generation in Surveillance Applications

机译:监控应用中全球视域生成的合作智能传感器网络

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This paper presents the framework of a novel approach to combine multi-modal sensor information from a network of distributed smart nodes possessing audio and video modalities for gaining valuable supplementary information compared to traditional video-based surveillance systems or even just CCTV systems. The nodes are equipped with wireless communication modules allowing high-range, medium-bandwidth, and secure communication in a "cable-replacement" fashion. Some of the nodes also possess wired Ethernet connections to allow the transport of video streams to the supervisor. In a stepwise procedure the nodes first discover neighbor nodes by means of wireless connection strength and then try to find overlaps on the semantic level by utilization of the loopy belief propagation algorithm. This procedure ensures scalability over the network and allows establishing a global view of behavior in some region shared by several nodes. The processing architecture including the physical sensor nodes is called SENSE (smart embedded network of sensing entities) [1, 2].
机译:本文介绍了一种新的方法,该方法将多模态传感器信息与具有音频和视频模式相比的分布式智能节点网络组合,以获得有价值的补充信息,而与基于传统的基于视频的监视系统甚至只是CCTV系统。节点配备有无线通信模块,允许以“有线替换”方式以高范围,中带宽和安全通信。一些节点还具有有线以太网连接,以允许将视频流传输到主管。在逐步过程中,节点通过无线连接强度首先发现邻居节点,然后通过利用循环信仰传播算法尝试在语义级别上找到重叠。此过程可确保通过网络的可扩展性,并允许在多个节点共享的某个区域中建立全局行为视图。包括物理传感器节点的处理架构称为有义义(智能嵌入式的感测实体网络)[1,2]。

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