MEMS Sensor-Based Attitude Measurement of Projectile Body

Given the application requirements of miniaturized measurement of the attitude of the projectile, the method of applying MEMS sensors to acquire the overload, rotational and geomagnetic parameters of the projectile, and then solving to obtain the attitude parameters, is investigated. A telemetry acquisition coding circuit is designed and implemented to acquire MEMS sensor data with an FPGA device. A model for solving the attitude of the projectile has been constructed, and the solving of the attitude parameters of the simulated projectile under laboratory conditions has been preliminarily achieved, which can provide technical references for the subsequent accompanying tests of various types of miniaturized maneuver targets.

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Publication Details

Published
2025-06-28
DOI
https://doi.org/10.1109/icipca65645.2025.11138467
Primary Topic
Advanced Measurement and Detection Methods
Type
article
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article

MEMS Sensor-Based Attitude Measurement of Projectile Body

Hao Wei, W.C. Chang, Bin Hu, Gang Chen et al.
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Advanced Measurement and Detection Methods
article

MEMS Sensor-Based Attitude Measurement of Projectile Body

Hao Wei, W.C. Chang, Bin Hu, Gang Chen, Feng Han
article en

Abstract

Given the application requirements of miniaturized measurement of the attitude of the projectile, the method of applying MEMS sensors to acquire the overload, rotational and geomagnetic parameters of the projectile, and then solving to obtain the attitude parameters, is investigated. A telemetry acquisition coding circuit is designed and implemented to acquire MEMS sensor data with an FPGA device. A model for solving the attitude of the projectile has been constructed, and the solving of the attitude parameters of the simulated projectile under laboratory conditions has been preliminarily achieved, which can provide technical references for the subsequent accompanying tests of various types of miniaturized maneuver targets.

Openalex Percentile: Top 77%
Advanced Measurement and Detection Methods
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