研究了一种智能电子罗盘的误差补偿问题。
An error compensation method for intelligent electromagnetic compass (IEMC) is studied.
给出的误差补偿算法，大大提高了复杂应用模式下电子罗盘的定向精度，校正结果在工程实践中得到验证。
The digital compass's heading precision is greatly improved by using the new algorithm. The result is verified in engineering practice...
本文介绍了工作在特殊环境下的机器人导航系统，实现了利用罗盘和里程计等内部传感器对GPS定位误差的修正。
This paper presents a navigation system on the robot working in special environment, and enhances the accuracy of GPS with compass and inner-odometer.
本文介绍了工作在特殊环境下的机器人导航系统，实现了利用罗盘和里程计等内部传感器对GPS定位误差的修正。
This paper presents a navigation system on the robot working in special environment, and enhances the accuracy of GPS with compass and inner-odometer.
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