建立了光电经纬仪的各种坐标系及其相互关系。
It builds coordinate and their correlations of photoelectricity theodolite.
直线电机驱动的调焦机构已成功应用于光电经纬仪中。
This new focusing mechanism has been applied to a photoelectric theodolite.
本文旨在叙述778光电经纬仪的标校方法及其标校精度。
The article describes the abjusting method and accuracy of 778 photoelectrical theodolite.
光电经纬仪测量元素误差是外弹道测量中最主要的误差源。
Measurement error from the photoelectric theodolite is the main error in the ballistic trajectory measurement.
本文介绍了光电经纬仪靶场精度检测的试验方法及误差分析。
This paper introduces the test method and error analysis for the photoelectric theodolite precision detection in shooting range.
介绍一种用于光电经纬仪精确测量飞行器三维坐标的计算方法。
A method used for calculating the precision measurement results of vehicle 3-d coordinate with photoelectrical theodolite is presented.
为了保证外弹道的测量精度，就应对光电经纬仪的测量精度进行合理设计。
In order to measure ballistic trajectory accurately, the measurement precision of the photoelectric theodolite should be investigated.
本文对光电经纬仪的小系统测试性采用了新的方法，即采用机内测试来完成。
In this paper, a new method for testability of Dimming and Focusing Autonomous System in Electro-optic Theodolite is introduced, that is BIT (Build-in test).
本文着重叙述778光电经纬仪水平轴系机械装配的方法及影响装配精度的因素。
The article lays stress on describing mechanical assembling method of horizontal axial system for 778 photoelectric theodolite arid the factors affecting assembling accuracy.
摘要：提出了一种利用动态靶标实现光电经纬仪跟踪性能等效正弦评价的新方法。
Abstract: a novel approach based on the equivalent sine testing is proposed to evaluate the tracking performance of a photoelectric theodolite by using a dynamic target.
因此提高光电经纬仪跟踪快速运动目标的能力，一直是光电跟踪伺服系统努力的方向。
So improving the tracking ability of a theodolite for the fast moving target is the orientation of the photoelectrical tracking and servo system all along.
GJ-341小型遥控光电经纬仪的测量精度问题长期以来困扰研制单位和使用单位。
The problem of the measuring accuracy puzzles the manufacturer and user for a long time.
在光电经纬仪中，电视或红外脱靶量的滞后对控制系统的稳定性和跟踪精度都有较大的影响。
In a photoelectric theodolite, the time delay of TV or IR miss distance will have a relative large influence on stability and tracking accuracy of the control system.
随着被测目标运动速度和加速度的不断提高，导致光电经纬仪电视跟踪的动态误差急剧增大。
With the increase of the velocity and acceleration of the moving target, it produces a large accretion of dynamic error of O-E theodolite.
仿真结果表明：在不等精度光电经纬仪交会定位情况下，该方法能够有效提高两站定位的精度。
The simulation result shows that the coordinate measurement accuracy is improved in the case of the intersection locating with two theodolites of different accuracy.
武器飞行试验中，初始段的弹道参数主要依靠光电经纬仪两站交会定位，平滑(滤波)求速获取。
The trajectory parameters are obtained mainly dependent on intersection measure of two photoelectrical theodolites and smooth filtering, during the flight test.
本论文就如何提高光电经纬仪电视跟踪伺服系统跟踪捕获快速运动目标的能力等一系列问题进行了探讨。
These problems of how to improve the O-E theodolite capability to track and acquire fast moving targets are discussed in this dissertation.
本文深入探讨了动态高型控制方法在光电经纬仪跟踪伺服系统中的实际工程应用，提出了一种不同于前人的动态高型控制方法。
Application of dynamic high type control method in the servo system of O-E theodolite is discussed in detail in the dissertation. A method differing from the former is brought forward.
摘要 ： 提出了一种基于径向基函数（RBF）神经网络建立光电经纬仪等效跟踪误差模型的方法来评价光电经纬仪的跟踪性能。
Abstract : To effectively evaluate the tracking ability of a photoelectric theodolite, a new tracking error model based on the Radial Basis Function(RBF) neural network was established.
本文对778光电经纬仪直流力矩电动机与直流测速发电机的调试作了理论分析和实际调试方法的叙述，给出了电机主要参数与结果。
The article analyses and describes the adjustment of DC torque motor and DC speed-measuring motor for 778 photo-theodolite. Main parameters of the motor and results are also given.
深入研究了多传感器数据融合的理论方法，并实验研究了数据融合的估计理论在光电经纬仪中的应用，目的是实现对目标状态的预测。
The theory method of multi-sensor data fusion is studied deep. And more, the estimate theory of data fusion is applied concretely to the theodolite with the aim of prognosticating the object state.
近年来，随着靶场测试目标速度的提高和设备自动化程度的提高，对光电经纬仪电视跟踪伺服系统的跟踪和捕获快速运动目标的能力提出了越来越高的要求。
The high capability of O-E theodolite to track and acquire fast moving targets is required these years because of the rapid advancement of tested targets and automatization of equipments.
本文详细描述了某型电子经纬仪光电信号数字处理系统的设计和实现的全过程。
In this paper, the designing and implementing of a certain electronic theodolite optoelectronic signal digital system are presented in detail.
本文详细叙述了电子经纬仪光电信号处理系统的设计和调试的全过程。
The designing and debugging process of the electric theodolite photoelectric signal processing system are presented in detail in this thesis.
本文详细叙述了电子经纬仪光电信号处理系统的设计和调试的全过程。
The designing and debugging process of the electric theodolite photoelectric signal processing system are presented in detail in this thesis.
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