A Primary Study on the Control System for Lunar Orbiter Using Autocode Generation
Published in Korean (English title shown)
2016 KSAS Spring Conference (KSAS 2016S), Goseong, Korea, Apr. 2016
Figures and captions reproduced from the paper (© the authors and original publisher).
The purposes of this study are to develop guidance, navigation, and control algorithm for the experimental lunar orbiter, to develop the source code for the developed algorithm, and to verify the developed source code using the embedded computer. In the development of the algorithm, the optimal trajectory of Earth-Moon transfer is designed using GMAT, and attitude controller for satellite is also designed. Developing the source code, MATLAB/Simulink based lunar orbiter simulator is developed. To verify the developed source code applying autocode generation, Processor-In-the-Loop-Simulation (PILS) system is supposed to be built up using LEON 4 processor.
https://www.dbpia.co.kr/journal/articleDetail?nodeId=NODE07068032BibTeX@inproceedings{Kim2016,
title = {A Primary Study on the Control System for Lunar Orbiter Using Autocode Generation},
author = {Byunghoon Kim and Namhoon Cho and Jaeho Lee and Somang Lee and Jihoon Lee and Suwon Lee and Youdan Kim and Gwanghyeok Ju},
year = {2016},
booktitle = {2016 KSAS Spring Conference (KSAS 2016S), Goseong, Korea, Apr. 2016},
note = {Original Korean title: 자동코드생성을 이용한 달 궤도선 제어 기초연구},
}