비행안정성 기반 운용시간 증대를 위한 바이콥터 시스템에 관한 연구
(Study on a Bi-Copter System for the Efficiency of Operating Time Based on the Stability of the Flight)
상위 논문을 실험하고 입증하기 위한 방법으로 가제보 시뮬레이션 구축하였음.
(Gazebo simulation was constructed as a method to experiment and verify the thesis).
- sim_vehicle.py -v ArduCopter -f JSON --add-param-file=$HOME/ros_ws/src/bicopter_simulation/config/bicopter.param --console --map의 고도화(advancement)
- gz sim -v4 -r bicopter_runway.sdf의 고도화(advancement)
2023년 8월 (August 2023) ~ 2024년 8월 (August 2024)
- GreenPine-CK
- SansationHJ
/home/lck/gz_ws/src/bicopter_simulation/models/bicopter
/home/lck/gz_ws/src/bicopter_simulation/models/bicopter_with_ardupilot
/home/lck/gz_ws/src/bicopter_simulation/worlds
/home/lck/ros_ws/src/bicopter_simulation/config
# | Copter | Plane |
---|---|---|
0 | STABILIZE | MANUAL |
1 | ACRO | CIRCLE |
2 | ALT_HOLD | STABILIZE |
3 | AUTO | TRAINING |
4 | GUIDED | ACRO |
5 | LOITER | FBWA |
6 | RTL | FBWB |
7 | CIRCLE | CRUISE |
8 | AUTOTUNE | |
9 | LAND | |
10 | ||
11 | DRIFT | RTL |
12 | ||
13 | SPORT | TAKEOFF |