虽然主惯导的精度相对较高，但其误差仍对传递对准精度产生影响。
Although main INS with high accuracy, its' error affects transfer alignment precision of slave INS.
摇摆运动及杆臂效应误差是影响舰载武器系统对准精度的主要因素。
The swaying movement and the lever arm effect error are two major factors affecting the alignment accuracy of shipbased weapons.
该平滑算法在某型弹载惯导系统空中对准精度评估中，取得了令人满意的结果。
The application of the new smoothing algorithm to testing and evaluation of INS in-flight alignment...
因此，对于对准精度要求并不苛刻的非视距紫外光通信而言，此算法是可行的。
This algorithm, therefore, is feasible for the ultraviolet communication which does not need rigorous pointing accuracy.
为提高船用航姿系统的对准精度和对准速度，提出了摇摆条件下的两位置对准方案。
To improve the accuracy and reduce the setting time for the initial alignment of marine attitude heading reference system(AHRS) under motion, a method of two-position alignment was presented.
摇摆状态下的捷联惯导初始对准，由于动基座情况下干扰较大，造成对准精度下降。
The accuracy of initial alignment for SINS is decreased as the large disturbance on swaying base.
从实验的结果来看，这种方法能够对对准标记达到很好的边缘定位，提高了对准精度。
From the results of experimentation, the method can make the mark image edge achieve good edge localization and improve the alignment precision.
同时，针对初始对准对准精度与快速性的要求，建立了动基座传递对准精确的非线性滤波模型。
Meanwhile, an accurate nonlinear filter model for moving base alignment is built, which meets the requirements of alignment velocity and accuracy in air-to-air missiles.
提出了用于提高X射线光刻对准系统自动对准效率和对准精度的图像边缘增强技术，并进行了数值分析。
The image edge-enhanced technique was proposed to improve the automatic aligning efficiency and aligning accuracy in the X-ray lithography aligning system, and the numerical analysis was given.
仿真表明，它不仅能在较短的对准时间内获得高对准精度，而且对系统噪声和环境噪声有很强的鲁棒性。
The simulating test shows the high alignment accuracy can be acquired in short time and it has stronger robustness to the system noises and the measurement noises accompanying the simplification of...
舰载机惯导系统对对准精度、对准时间的要求及其所处的复杂环境使得舰载机的动基座对准问题变得比较困难。
The aim at alignment accuracy and time and the complicated environment made the carrier aircraft in-motion alignment difficulty.
针对物镜光学元件装配过程中接触副定位对准精度、接触过程中残余摩擦力对面形的影响等问题提出了解决方案。
Assembly method for the Optic is designed and the solution for problem about positioning and aligning of the contact coupling and trapped friction which affect the figure are put forward.
两位置静对准试验对准精度为20角秒，双轴摇摆和断续式双轴摇摆两位置晃动对准试验的对准精度达到30角秒。
Static alignment accuracy of two-position is 20 seconds, dynamic alignment accuracy of two-axis rolling and intermittent rolling is 30 seconds.
根据实际情况仿真分析了几种主要的误差因素对对准精度的影响，并给出了相应的解决方法，仿真结果证实了该方法的可行性。
Furthermore, several main error factors on initial alignment precision are analyzed, and the corresponding solutions are provided. The simulation results show that the method is feasible.
船用惯性导航系统(INS)在动态对准过程中，存在对准时间和对准精度之间的矛盾，如何进行折衷设计是动态对准过程中的一项关键技术。
During dynamic alignment of INS, there is a contradictory between precision and stable time, how to carry on the compromise design is a key technology in the dynamic alignment process.
提出了一种机载惯导系统跑道滑行对准的方案和实施方法，建立了对准时的导航计算和误差补偿迭代方程，研究了影响对准精度的因素和解决的措。
The iteration equation of the alignment and error compensation is established, and the factors affecting the alignment accuracy and the solutions are studied as well.
初始对准是捷联式惯导系统关键技术之一。 初始对准精度直接影响捷联式惯导系统的工作精度，初始对准时间也是反映武器系统快速反应能力的重要战术指标。
One of the key technologies of SINS is the initial alignment, whose accuracy affects the precision of SINS and whose speed effects the response rapidity of the weapon.
初始对准是捷联式惯导系统关键技术之一。 初始对准精度直接影响捷联式惯导系统的工作精度，初始对准时间也是反映武器系统快速反应能力的重要战术指标。
One of the key technologies of SINS is the initial alignment, whose accuracy affects the precision of SINS and whose speed effects the response rapidity of the weapon.
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