HUANG Jin-peng, SHANG Jun-na, YUE Ke-qiang. Design of posture measuring system based on ARM and MPU6050[J]. 2018, (4): 101-103+107. DOI: 10.13873/J.1000-9787(2018)04-0101-03.
基于ARM与MPU6050的测姿系统设计
摘要
以ARM-LPC1788为核心的嵌入式芯片平台
采用9轴运动处理传感器MPU6050
通过对数字运动处理(DMP)数据库的成功移植
经由四元数解算得到准确、可靠的数据;采用广义延拓插值模型对数据进行优化处理以消除抖动误差
使最终姿态值更加稳定。测试结果表明:系统能够实时采集当前装置的准确姿态信息
测量偏差小于0.1°
且能够稳定可靠的工作
为需要姿态信息的嵌入式系统提供了更加稳定准确的参考标准。
Abstract
Taking ARM-LPC1788 as core of embedded chip platform
by using MPU6050 9-axis motion sensor
through the successful transplantation of digital motion processing(DMP) databases and calculation of quaternions
and accurate and reliable date are obtained. Generalized extended interpolation model is used to optimize and process data to eliminate jitter error
in order to make the attitude value more stable.The results show that this system can real-time collect the exact attitude information of current device in real time
the measurement deviation is less than 0. 1 °
and it is able to work reliably and stably
which provides more stable and accurate reference standard for embedded systems that needs posture information.