HIGH ACCURACY SELF-ORIENTING GYRO COURSE-ROLL INDICATING SYSTEM WITH ANALYTICAL GYROCOMPASSING CHANNEL

机译：带有分析陀螺通孔的高精度自定向陀螺仪课程显示系统

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Self-orienting gyro course-roll indicating system structure, providing operation of vertically oriented gyro in the mode of analytical gyrocompass is suggested. Specified control during azimuth determination is provided by installation of a supplementary frame of gimbal mount. Operation algorithm provides for nonprecessional turns of gyro sensing element in azimuth and measuring of projections of Earth rotation angular velocity on the gyro sensitive axes. Mode of azimuth determination using measuring gyro axis is suggested. Experimental test results are presented.

机译：提出了一种自定向陀螺航向指示系统的结构，以解析陀螺罗盘的方式提供了垂直定向陀螺的操作。通过安装万向架支架的辅助框架，可以在确定方位角时进行指定的控制。运算算法提供了陀螺仪感应元件在方位角上的非旋进转动，并测量了地球旋转角速度在陀螺仪敏感轴上的投影。建议使用测量陀螺仪轴确定方位角的模式。给出了实验测试结果。

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来源
《Saint Petersburg International Conference on Integrated Navigation Systems; 20060529-31; Saint Petersburg(RU)》|2006年|P.319323|共2页
会议地点 Saint Petersburg(RU)
作者
N.N. Kokoshkin; Ye.I. Verzunov; D.A. Burov;
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作者单位

Federal State Unitary Enterprise 'All-Russian Scientific Research Institute 'Signal' 57, Krupskaya St., 601903, Kovrov, Vladimir region, Russia;

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会议组织
原文格式 PDF
正文语种 eng
中图分类导航设备;
关键词
initial orientation; accuracy improving; reduction of readiness time;

机译：初始方向;提高准确性;减少准备时间;

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2. A Novel Method of In-Motion Gyrocompass Alignment for a Marine Fiber Optic Gyro Strapdown Inertial Navigation System [J] . Li Qian, Gao Wei, Wang Guochen, Journal of computational and theoretical nanoscience . 2016,第8期

机译：一种新的船舶光纤陀螺绞合惯性导航系统的运动中的运动中的一种新方法
3. Time-varying gyrocompass alignment for fiber-optic-gyro inertial navigation system with large misalignment angle [J] . Yueyang Ben, Qian Li, Yi Zhang, Optical engineering . 2014,第9期

机译：大偏心角光纤陀螺惯性导航系统的时变陀螺罗经对准
4. HIGH ACCURACY SELF-ORIENTING GYRO COURSE-ROLL INDICATING SYSTEM WITH ANALYTICAL GYROCOMPASSING CHANNEL [C] . N.N. Kokoshkin, Ye.I. Verzunov, D.A. Burov Saint Petersburg International Conference on Integrated Navigation Systems . 2006

机译：高精度自定向陀螺仪滚筒指示系统，具有分析陀螺频道
5. Nonlinear observer/controller designs for spacecraft attitude control systems with uncalibrated gyros. [D] . Thienel, Julie K. 2004

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6. The Moses–Littenberg meta-analytical method generates systematic differences in test accuracy compared to hierarchical meta-analytical models [O] . Jacqueline Dinnes, Susan Mallett, Sally Hopewell, -1

机译：与分层的荟萃分析模型相比Moses-Littenberg荟萃分析方法在测试准确性方面产生了系统性差异
7. Algorithm of Analytical Bank-And-Climb Gyro Unit Without a Heading Gyro [O] . Trifonovs-Bogdanovs Pjotrs, Levikins Artūrs, Kirillovs Vadims, 2016

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8. Repeatability, Accuracy, Portability, and Errors of the Portable Alignment Gyrocompass System [R] . J. J. Mihm, R. A. Murphy 1970

机译：便携式对准陀螺罗经系统的可重复性，准确性，便携性和误差

HIGH ACCURACY SELF-ORIENTING GYRO COURSE-ROLL INDICATING SYSTEM WITH ANALYTICAL GYROCOMPASSING CHANNEL

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