该系统通过综合技术将惯性导航系统与差分GPS有效组合，不仅定位精度高、工作可靠，而且输出信息实时、连续；
The system, by effectively integrating INS/DGPS, is not only with high positioning accuracy and working reliability, but also outputs real time and continuous information.
地磁图匹配算法作为地磁辅助惯性导航系统的重要组成部分，是影响系统定位精度的一个重要因素。
As one of the important components of the GAN, the geomagnetic map matching method (GMMM) is an important factor to effect the precision of the system positioning.
战车用惯性定位定向系统由于采用双轴陀螺平台结构，不可避免地存在着支架误差，从而影响系统航向精度。
The inertial system of fighting vehicle existed bracket error due to its two-axis gyro platform structure, and this could influence the heading precision.
同时为了提高惯性驱动机构的定位精度，设计了一套闭环反馈定位停止控制系统。
Simultaneously in order to enhance the pointing accuracy of the newinertia driving mechanism, designed a set of closed loops feedbacks localization the control system.
电动执行机构上电机转子惯性，是造成电动执行机构惯性惰走，定位精度差的关键。
The inertia of motor armature is one of key reasons that cause inertia motion and poor position-setting precision of the electric actuator.
由于链在高速工况下处于频繁的启动和停歇状态，惯性力是其主要的工作负荷，进而引发链节的振动，影响链系统的定位精度和步进速率。
Owing to start-up and dwell continually under high speed working condition, the inertial force is the main load that leads to the chain vibration and affects the position accuracy and step rate.
因而研究新的重力补偿方案，提高惯性导航定位精度，对于扩大惯导系统的应用领域有极大的意义。
To improve the accuracy of INS, a new gravity compensation method should be studied. It is significative to expand the application of INS.
因而研究新的重力补偿方案，提高惯性导航定位精度，对于扩大惯导系统的应用领域有极大的意义。
To improve the accuracy of INS, a new gravity compensation method should be studied. It is significative to expand the application of INS.
应用推荐