The influence of movement on the profile is studied , cyclostationary theory is used to estimate the movement parameters of the moving targets under low s / n environment 研究了运动条件对目标距离维高分辨成像的影响，针对低信噪比环境，提出利用循环平稳方法对运动参数进行估计的方法。
Tracking is based on moving objects detection , its main purpose is to get the tracks and motion feature such as velocity and direction of the moving object 跟踪是在运动对象检测的基础上进行的，其主要目的是得出运动对象的运动特征：包括运动轨迹及瞬时运动参数，如：运动速度、运动方向等。
The results can provide the basis of the control of robotic velocity and other robot running time demands . chapter four studied the human gastro - intestine active model and simulated 通过信息矩阵的方法分析了机器人的运动参数可控性，从而为下章的机器人的运行速度控制和其他控制了提供数学基础。
This article presents a mathematical calculation model of kinematic parameters for the unusual shape beam pumping unit by analyzing its geometry relationship and kinematic characteristics 异形游梁式抽油机的游梁后臂有效长度随曲柄转角而变化，故无法利用常规游梁式抽油机的解析方法来计算其运动参数。
5 . effects of unsteady flows on the aerodynamic characteristics are also analyzed . the results of this dissertation are useful for the further investigations of three - dimensional flapping wing 对于非定常不可压流动，分析了运动参数对翼型气动特性的影响，为进一步研究绕三维扑翼的非定常流动打下基础。
Compared to the conventional amplitude - comparison angular estimation method , the proposed method can suppress the angle glint better since the angle motion parameter of target is obtained by global searching 有别于传统比幅测角方法，所提方法通过全局搜索得到目标的角运动参数，可以较好地抑制角闪烁的发生。
Finally , the experimental results , acquiring the motion parameters of the objects with uniform velocity and acceleration in the straight line based on the real binocular sequence images by the mentioned method , are presented 并给出了从真实双目序列影像中获取物体匀速直线运动和匀加速直线运动参数的实验结果。
Kinematic parameters of different types of pumping units , including the displacement , velocity and acceleration of the polished rod and the torque factor can be calculated easily and accurately by using this method 为此，根据几何关系和运动特点，建立了运动学模型，提出了异形游梁式抽油机运动参数的求解方法。
The distribution of cavitation parameter can be derived from the distribution of pressure , and on the basis of the distribution of cavitation parameter , the cavitation & damage in the hydraulic valve is decided 在流动的运动参数( ? ) ， ( ? ) ， ，和压力p的分步数值计算后，得到阀腔内流体流动规律与压力分布场。
Flight control system ( fcs ) sensor is used for measuring various kinds of mobile parameters of aerocraft , describing its mobile state and spacial position . it is the principal subunit in the fcs 飞控系统传感器用于测量飞行器的各种运动参数,描述飞行器的运动状态及其在空间的位置,是飞行控制系统的首要环节。
