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首页> 外文期刊>Naval engineers journal >Interoperability and Sensor Fusion Part Ⅲ: Seeking Solutions
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Interoperability and Sensor Fusion Part Ⅲ: Seeking Solutions

机译:互操作性和传感器融合第三部分:寻求解决方案

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Part Ⅱ: System Architecture developed the concept of sensor fusion system architecture as a directed graph that represents the flow of sensor data from sensors to users. The architecture was shown to be essentially the same thing as the track template developed in Part Ⅰ: Track Management, and that it should be a tree. Each multiple-user-multiple-sensor (MUMS) vertex in the architecture requires a data link over which track partitioning decisions are shared using the hierarchical association method (HAM). Architectures are interoperable only if they are sub-trees of a common tree, and the similar sources principle was applied to develop the main features of an ideal common tree.
机译:第二部分:系统架构提出了传感器融合系统架构的概念,作为有向图来表示从传感器到用户的传感器数据流。事实证明,该体系结构与第一部分:轨道管理中开发的轨道模板基本相同,并且应该是一棵树。体系结构中的每个多用户多传感器(MUMS)顶点都需要一个数据链接,使用分层关联方法(HAM)在该数据链接上共享磁道分区决策。架构只有在它们是公共树的子树时才可以互操作,并且采用相似的源原理来开发理想的公共树的主要特征。

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