Real Time Multi Sensor Multi Target Data Association Over Sensor Network

Surabhi Sethi, Piyush Abhishek, Sandipan Sarkar, H. Ratha
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Abstract

Data association is an integral process in tracking multiple targets with multiple sensors in a cluttered environment. With the help of data association, we obtain the relationship between sensor measurements and existing tracks. Tracking moving targets from a stationary position is likely a potential problem for losing tracks or track mingling. To overcome this problem, we employ a clustering algorithm solution developed using the nearest neighbour technique with the help of an Extended Kalman Filter. This paper focuses on finding out the real-time clustering solution for each target, having at most one measurement from any heterogeneous sensors at a particular timestamp. Here we employ a novel multi-target tracking algorithm using three basic association techniques, i.e. track-to-track association, measurement-to-measurement association and track-to-measurement association. Our real-time data simulation experiments show that the data association algorithm implemented works effectively and gives a good efficiency in real-time multi-target multi-sensor environ-ments.
传感器网络中实时多传感器多目标数据关联
数据关联是在混乱环境下用多传感器跟踪多目标的一个重要过程。借助数据关联,我们得到了传感器测量值与现有轨迹之间的关系。从静止位置跟踪移动目标可能会出现丢失轨迹或轨迹混杂的潜在问题。为了克服这个问题,我们在扩展卡尔曼滤波器的帮助下,采用了一种使用最近邻技术开发的聚类算法解决方案。本文的重点是寻找每个目标的实时聚类解决方案,每个目标在特定时间点最多有一个异构传感器的测量值。本文提出了一种基于航迹到航迹关联、测量到测量关联和航迹到测量关联三种基本关联技术的多目标跟踪算法。实时数据仿真实验表明,所实现的数据关联算法工作有效,在实时多目标多传感器环境下具有良好的效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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