提出了用步进法实现快速运动目标的捕获和在跟踪过程中用拉偏跟踪零点的方法实现多目标识别跟踪的可能性。
Possibilites of the capture of high speed motion target realized by step-by-step method and multi-targets recognition tracking achieved by drifting off its tracking zero point were proposed.
无标记点的运动捕捉是新兴的技术，它将捕获的图像进行分割并分析，然后用多种约束算法进行三维重建。
Markerless motion capture is a novel technique. It segments and analyzes the captured images and USES several constraint algorithms to reconstruct.
给出了在地球逃逸段、惯性漂移段和月球捕获段的运动轨迹和关键点的参数。
Trajectories and some key parameters of the three stages, the earth escape stage, coast arc stage, and lunar capture stage, are presented as well.
给出了在地球逃逸段、惯性漂移段和月球捕获段的运动轨迹和关键点的参数。
Trajectories and some key parameters of the three stages, the earth escape stage, coast arc stage, and lunar capture stage, are presented as well.
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