Tracking initiation and data association are key techniques of multi-target passive tracking by single observer.
跟踪起始与数据关联是机动多目标单站无源跟踪的关键技术。
In this paper, the single observer-passive location method using phase difference change rate is introduced based on existing methods.
该文在现有单站无源定位方法的基础上，介绍了相位差变化率定位法。
This paper analyzed the basic work principle of single observer passive location technology, and it also analyzed the location accuracy.
对单站无源定位技术的基本工作原理及其定位精度进行了分析。
With the information of the angles and radiations of the target measured by IRST systems, a single observer passive location method is put forward.
提出了利用目标的方位、俯仰角信息以及红外探测器对目标辐射的响应信息，解算目标位置参数的单站定位方法。
This paper studies the state-observability problem for single observer passive locating and tracking using radiation reflected by target from external transmitter.
本文研究利用外辐射源的单站无源定位和跟踪技术的可观测性问题。
Technology of passive location has broad prospects for application. The single observer-passive location method of phase difference rate of change is introduced based on existing methods.
无源定位技术有着广阔的应用前景，文中在现有单站无源定位方法的基础上，介绍了相位差变化率定位法。
The main advantage of the presented algorithm over those available methods of single observer ranging based on single band of IRST system is its not depending on the moving model of the target.
本方法同已有的单站单波段定位方法相比，其最大的优点是不依赖于目标的运动模型，从而克服了原来算法必须假定目标运动形式的缺陷。
The main advantage of the presented algorithm over those available methods of single observer ranging based on single band of IRST system is its not depending on the moving model of the target.
本方法同已有的单站单波段定位方法相比，其最大的优点是不依赖于目标的运动模型，从而克服了原来算法必须假定目标运动形式的缺陷。
应用推荐