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在边跟踪边搜索雷达中,要实现两种主要的功能:即检测和跟踪。这两种功能通常是独立设计的,并分别使它们最优化。在本文中,我们介绍了一种新方法,说明怎样利用一种功能所提供的信息相辅相成地实现另一种功能。在第二节中,我们说明了怎样利用由跟踪系统提供的先验信息来改善检测。第三节介绍了一种新的多目标跟踪算法。我们说明了怎样构成假设以及怎样获得任何可行假设的概率。计算这些概率时,除改善不同的测量结果以外,还可以利用判定特征。我们说明了怎样利用这些概率来实现航迹更新。为了能利用参考文献〔1〕介绍的组合问题的解法,对这种算法作
In tracking the search radar side, to achieve two main functions: that is, detection and tracking. These two functions are usually designed independently and optimized separately. In this article, we introduce a new method of how to use the information provided by one function to complement each other to achieve another function. In Section 2, we show how to use prior information provided by the tracking system to improve detection. The third section introduces a new multi-target tracking algorithm. We show how to construct hypotheses and how to get the probability of any feasible hypothesis. When calculating these probabilities, in addition to improving different measurement results, decision characteristics can also be used. We show how to use these probabilities to achieve trajectory updating. In order to be able to use the reference [1] introduced the combination of the solution to this algorithm