无人机系统α传感器的研制

Mi-Hyun Park, Sung-Su Kim, C. Ryoo, Keeyoung Choi, Choonbae Park
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引用次数: 8

摘要

alpha传感器意味着攻角传感器,用于测量飞机的参考线与飞机的相对风矢量之间的角度。AOA(攻角)的精确测量对于确定无人机的气动系数和评估无人机的飞行性能具有重要意义。对于小型无人机,通常采用AHRS(姿态航向参考系统)和GPS接收机相结合的方法来估计AOA,但这种方法通常提供的信息较差。本文介绍了航天控制与系统实验室研制的零型α传感器。介绍了仁荷大学。与其他类型的α传感器相比,零型α传感器具有许多优点。最重要的是,它对AOA具有一致的误差特性。而且,随着速度的增加,传感器提供更精确的测量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of alpha sensor for unmanned aerial systems
An alpha sensor implies an angle of attack sensor to measure the angle between the aircraftpsilas reference line and the relative wind vector to the aircraft. Accurate measurements of AOA (angle-of-attack) are important to identify the aerodynamic coefficients and to evaluate the flight performance of an UAS. For a small scale UAS, AOA is usually estimated by AHRS (attitude heading reference system) combined with an GPS receiver, but this method provides poor information in general. In this paper, a null type alpha sensor developed by aerospace control and system Lab. in Inha University is introduced. The null type alpha sensor has many advantages compared with other kinds of alpha sensors. Most of all it has uniform error characteristics against AOA. And, as the speed increases, the sensor provides more accurate measurements.
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