鉴于可视过去系统会跟踪你的方位和时间，它基本上是在随时随地地跟着你。
Because the system tracks your location and time, it essentially follows you wherever you go.
实验结果表明，在非线性系统模型的仿真中，贝叶斯预测滤波框架能够较好的实现对简单物体运动的跟踪和方位的预测。
The results show that in the simulation of non-linear system model, this framework for Bayesian predictive filter can implement the tracking of simple motion and the orientation prediction.
实现了用于方位角跟踪的电液伺服马达系统的控制，以及系统性能的在线实时测试。
The control of azimuth Angle of electrohydraulic servomotor system, and the on-line and real-time test of the system performance were realized.
基于这样的背景，本文从目标定位、时间配准和非线性滤波算法三个方面对多站纯方位被动跟踪系统进行了研究和算法改进。
According to this, this paper focuses on the study of bearings-only passive tracking system in the aspects of the target location, time alignment and nonlinear filtering algorithm.
本文论述将滤波理论应用于机载雷达中对单个目标进行距离、速度、方位角和高低角跟踪的多环反馈系统。
In this paper, a filtering theory is applied to the multiple closed-loop feedback system for tracking a single target in range, velocity, azimuth and elevation in an airborne radar.
倾角可变方位角手动跟踪是最节省太阳电池的跟踪方式，比固定倾角安装的系统节省太阳电池30%- 32%。
Hand azimuth tracking with adjustable tilt Angle may be the most economic tracking mode, it can save 30% - 32% of PV capacity than the system fixed at optimum tilt Angle.
倾角固定方位角手动跟踪比以固定倾角安装的系统节省太阳电池28%- 30%。
The system with tilt Angle optimized hand azimuth tracking can save 28% - 30% of PV capacity than the system fixed at optimum tilt Angle.
雷达系统对空搜索，发现和跟踪目标，并将目标的方位、高低等信息通过串口传给电子瞄准镜系统。
The radar searches and tracks the objects. As the same time, the azimuth and height information of the object will be sent to electronic collimation system through UART.
另外还对转塔跟踪系统的俯仰、方位两个自由度的耦合动力学特性进行了分析和仿真，结果表明其相互的影响可以忽略。
Besides that, the coupling dynamics characteristics of pitching, cardinal freedom system are studied, and the simulation is done. The simulating result shows that its coupling factors can be ignored.
针对二维空间作匀加速运动的目标，对纯方位系统跟踪的不可观测性问题进行了讨论。
The problem of unobservability for a bearings only target tracking system is discussed in this paper based on the target traveling in the 2 dimensional space at a uniform acceleration.
针对二维空间作匀加速运动的目标，对纯方位系统跟踪的不可观测性问题进行了讨论。
The problem of unobservability for a bearings only target tracking system is discussed in this paper based on the target traveling in the 2 dimensional space at a uniform acceleration.
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