Correlation function test method for arranged effect of aircraft movement measuring sensor

Abstract

The invention relates to a correlation function test method for arranged effects of an aircraft movement measuring sensor, which belongs to the field of flight control of aircraft and is characterized by comprising excitation command signals input into the aircraft, output response of the aircraft, correlation functions of the input command signals and the output response, and corresponding command transmitting, data signal detecting and data recording equipment, wherein the correlation functions are used for testing the correlation extent of the input command signals and the output response,and the command transmitting, data signal detecting and data recording equipment is used for recording input and output signals of the aircraft. The invention can be used for testing and optimizing the arrangement modes of the sensor by judging the value and the change trend of the correlation functions corresponding to different arrangement modes of the aircraft movement measuring sensor.

Description

technical field [0001] The invention utilizes correlation functions to check and optimize the installation of airborne sensors, such as inertial measurement units, attitude and heading reference systems, and magnetic heading instruments. Mainly used in aerospace, aircraft and robotics and other technical fields. Background technique [0002] The airborne sensor is one of the key components of the aircraft, which is used to measure important data such as the attitude, acceleration and angular velocity of the aircraft. In the past, the installation of sensors was usually based on experience, and there was no quantified standard for coupling, interference and noise in the measurement. Therefore, in this case, the accuracy of the data measured by the sensor will be reduced due to the influence of coupling and interference, and it will be difficult to be detected, let alone an improved method. The sensor data with poor accuracy directly affects the effect of aircraft modeling a...

AI Technical Summary

Problems solved by technology

In the past, the installation of sensors was usually based on experience, and there was no quantitative standard for the coupling, interference and noise in the measurement

Therefore, in this case, the accuracy of the data measured by the sensor will be reduced due to the influence of coupling and interference, and it will be difficult to be detected, let alone an improved method

The sensor data with poor accuracy directly affects the effect of aircraft modeling and flight control

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