由悬挂式二自由度陀螺罗盘仪和经纬仪组合而成的陀螺经纬仪，是工程测量领域中用以确定子午线方位的主要仪器。
The gyro-theodolite , which is composed of a suspended two-degree-of-freedom gyrocompass and a theodolite, is the main instrument in the engineering measurement for meridian determination.
本论文主要目的在于工程研究中央控制站实时状态下的数据处理问题，实现经纬仪测量系统实时引导控制功能。
This paper mainly works on the real time data processing methods for the central control station to realize the guide and control function in the theodolite system.
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.
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.
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