optical tracking

This paper presents a design approach to robust adaptive controllers for the nonlinearly parameterized model of optical tracking telescope.

列举了光学跟踪望远镜的实例，提出鲁棒自适应跟踪器的设计方案，将自适应调节器的设计思想扩展到自适应跟踪器的设计中。

This paper presents a design approach to robust adaptive controllers for the nonlinear model of optical tracking telescope. The approach can be used in the case where there exist unmodeled dynamics and unknown bounded disturbances.

针对光学跟踪望远镜非线性数学模型，提出一种鲁棒自适应控制器的设计方法，可用于存在未建模动态和未知有界扰动的情况。

Objective To evaluate the feasibility and safety of lumbar disc discography carried out in an open MR scanner with an optical tracking system.

目的评价开放式MR扫描仪结合光学追踪系统行椎间盘造影术操作方法的可行性及安全性。

Resonant Frequency and Altitude Bearing of the Optical Tracking Telescope Tube

光学跟踪仪器镜筒的振动频率与旋转轴支承

Robust Adaptive Control for Optical Tracking Telescope with Unmodeled Dynamics

带有未建模动态的光学跟踪望远镜的鲁棒自适应控制

A spaceborne angular velocity servo system for electro-optical tracking of space targets is designed, which consists of a compensator, a driver and a power amplifier, a mechanical assembly to control optical telescope and tracking gimbal and the LOS stabilization loop.

设计了星载空间目标光电跟踪角速度伺服系统，它包括补偿校正环节、驱动功放环节、以光学望远镜和跟踪架为被控制对象的机械操作环节以及视轴稳定回路。

In this paper, a new type of flight follower designed and realized in the background of the optical tracking and measuring of moving target in shooting range.

本文以靶场运动目标如炮弹、导弹等的光学跟踪测量为背景，设计实现了一种新型反射跟踪器。

Design of Restraint Loop of Moment Disturbance for Spaceborne Space Targets Electro-optical Tracking

星载空间目标光电跟踪力矩扰动抑制回路的设计

Multi-degree-of-freedom ( DOF) motor is widely used in electromechanical system which need more than one degree of freedom motion, such as robot joints, panoramic camera systems, optical tracking devices, et al.

多自由度马达作为一种可实现多个自由度运动的驱动部件，在需要做多自由度运动的机电系统中得到了越来越广泛的应用，如机器人关节、全景摄像系统、光电跟踪装置等。

Conclusions Open MR scanner with an optical tracking system guidance and monitoring lumbar disc discography is feasible and safety.

结论开放式MR结合光学导引系统用于引导椎间盘造影术是可行的、安全的。

The static and dynamic radial load capacity and stiffness of the altitude bearing, the radial and torsional frequency of the optical tracking telescope tube can be calculated by this method from the bearing contact theory and suggested vibration model.

从轴承的接触理论和提出的振动模型所得到的计算方法，可以计算镜筒旋转轴支承的动、静力承载能力，支承刚度，镜筒的径向和扭转振动频率。