Experimental multi sensors navigation system research

J. Kluga
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引用次数: 1

Abstract

Given research work presents the possibilities of efficient multi sensors use to increase accuracy of vehicle position parameters estimation. First is preview of possibility to combine multiple low cost GPS devices and MEMS acceleration sensors. Then practical experimental results are presented. In second test complex navigation system is supplemented with gyroscope to eliminate GPS and inertial sensor weaknesses. Objective. Determinate the effectiveness of several sensors use to improve accuracy of vehicle motion parameters. Devices used - multiple GPS receivers (MTi-G Xsens GPS, BU-353 GPS), MTi-G Xsens (accelerometer and gyroscope) and multiple accelerometers (Steval MKI024V1 and Steval MKI006V1).
实验多传感器导航系统研究
给出了利用多传感器有效提高车辆位置参数估计精度的可能性。首先是结合多个低成本GPS设备和MEMS加速度传感器的可能性预览。然后给出了实际的实验结果。在第二次试验中,采用陀螺仪辅助复杂导航系统,消除了GPS和惯性传感器的缺点。目标。确定几种用于提高车辆运动参数精度的传感器的有效性。使用的设备-多个GPS接收器(MTi-G Xsens GPS, BU-353 GPS), MTi-G Xsens(加速度计和陀螺仪)和多个加速度计(Steval MKI024V1和Steval MKI006V1)。
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