Improvement of UAV Attitude Information Estimation Performance Using Image Processing and Kalman Filter

Improvement of UAV Attitude Information Estimation Performance Using Image Processing and Kalman Filter

초록

In recent years, researches utilizing UAV for military purposes such as precision tracking and batting have been actively conducted. In order to track the preceding flight, there has been a previous research on estimating the attitude information of the flight such as roll, pitch, and yaw using images taken from the rear UAV. In this study, we propose a method to estimate the attitude information more precisely by applying the Kalman filter to the existing image processing technique. By applying the Kalman filter to the estimated attitude data using image processing, we could reduce the estimation error of the attitude angle significantly. Through the simulation experiments, it was confirmed that the estimation using the Kalman filter can estimate the posture information of the aircraft more accurately.

키워드

군사; 무인비행체; 영상처리; 칼만 필터; 자세정보 추정; Military; UAV; Image Processing; Kalman Filter; Flight Attitude Estimation
제목
Improvement of UAV Attitude Information Estimation Performance Using Image Processing and Kalman Filter
제목 (타언어)
Improvement of UAV Attitude Information Estimation Performance Using Image Processing and Kalman Filter
저자
하석운; 폴 퀴로즈; 문용호
DOI
10.22156/CS4SMB.2018.8.6.135
발행일
2018
저널명
융합정보논문지
권
8
호
6
페이지
135 ~ 142