基于三向加速度数据的井下移动通信设备定位

Positioning of underground mobile communication device based on three direction acceleration data

  • 摘要: 针对基于RSSI技术的人员定位系统定位误差较大的问题,提出利用智能手机内置的三轴加速度传感器采集井下工作人员活动振动信号,参照人体运动特点,通过分析处理数据得到人体的步行运动规律,从而实现计步运算。以所经过的无线接入基站为参考点,结合RSSI测距方法实现较为准确的定位。测试结果表明,将RSSI技术和计步测距相结合,可有效提高定位精度。

     

    Abstract: In view of the problem of big position error of personnel positioning system based on RSSI technology, the paper proposed to use triaxial acceleration sensor built-in smart phone to collect active vibration signal, and get walking motion law of the human through data analysis with reference to body movement, so as to achieve pedometer operations. The passed wireless access point was taken as a reference to achieve accurate positioning combined with RSSI ranging method. The test results show that the combination of RSSI ranging technology and pedometer ranging can effectively improve positioning accuracy.

     

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