本文提出了一种计算匀速或匀加速运动目标的空间位置分析预测的新理论。
This paper provides a new method for forecasting the future positions of a moving object that moves at a constant velocity or constant acceleration.
介绍了相对论性匀加速运动的速度，位移和时间计算公式，并给出了它们的。
We present the relativistic formulae of the velocity, displacement and time in the uniformly accelerative motion.
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.
论文最后初步研究了地面非匀加速运动目标的检测问题，推导了其多普勒-时间变化关系，分析了其成对检测和成像的影响。
In the end, we conduct a preliminary study on detection of targets with nonconstant acceleration. The new Doppler-time formula are derived and its influence on detection and imaging is analyzed.
论文最后初步研究了地面非匀加速运动目标的检测问题，推导了其多普勒-时间变化关系，分析了其成对检测和成像的影响。
In the end, we conduct a preliminary study on detection of targets with nonconstant acceleration. The new Doppler-time formula are derived and its influence on detection and imaging is analyzed.
应用推荐