建立了CMAC网络补偿器对视觉阻抗控制输出量进行了优化，最后进行了运动目标捕捉控制仿真实验。
With CMAC network compensator, the output of vision impedance control is optimized. Finally, the simulation of control experiment of grasping moving object is carried out.
随着光电信息技术的飞速发展，为捕捉高速运动目标的信息，提出了研制微型列阵滤光器的新课题。
As the rapid development of electro optical technology, the new subject to develop micro array filters is put forward for capturing high speed moving targets.
随着光电信息技术的飞速发展，为捕捉高速运动目标的信息，提出了研制微型列阵滤光器的新课题。
As the rapid development of electro optical technology, the new subject to develop micro array filters is put forward for capturing high speed moving targets.
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