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FPGA implementation of VSCS-LMS algorithm for MEMS Gyroscope

机译:MEMS陀螺仪VSCS-LMS算法的FPGA实现

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In order to improve the precision of attitude estimation system, paper presents a signal extraction method of MEMS Gyroscope called VSCS-LMS algorithm based on FPGA. The design is established with the S-shaped function of sigmoid to reduce the sensitivity to noise of LMS algorithm. And its FPGA-based system structure is synthesized and simulated on Virtex II FPGA by reusing the single-order filter unit to complement the multi-order accumulation. The signal extraction simulation of MEMS gyroscope shows that it is reliable, high precision and high degree of real-time.
机译:为了提高姿态估计系统的精度,提出了一种基于FPGA的MEMS陀螺仪信号提取方法,称为VSCS-LMS算法。利用S形S型函数建立设计,以降低LMS算法对噪声的敏感性。通过重用单阶滤波器单元来补充多阶累加,在Virtex II FPGA上对基于FPGA的系统结构进行了综合和仿真。 MEMS陀螺仪的信号提取仿真表明,该方法可靠,精度高,实时性高。

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