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教師資料查詢 | 教師:蕭富元

# 學年期 類別 標題
271 95-1 會議論文 Periodic Relative Motion Near a Keplerian Orbit with Full Approach
272 95-1 會議論文 Periodic Relative Motion Near a Circular Orbit with Full Approach
273 95-1 會議論文 System Identification of Unmanned Helicopter: Applications to R-90
274 96-1 會議論文 Simulation of Nonlinear Dynamics of Unmanned Aerial Helicopter
275 95-2 會議論文 System Identification of Unmanned Helicopter: Applications to R-90.
276 96-2 會議論文 Autonomous Hover of Unmanned Helicopters
277 96-2 會議論文 Control of Autonomous Hover of Unmanned Helicopters
278 97-1 會議論文 Using Quantum Search Algorithm in Future Spacecraft Navigation
279 97-1 會議論文 旋翼型無人載具之動力學系統模擬
280 98-2 會議論文 Trajectory Control of Flapping-wing MAV Using Vision-Based Navigation
281 97-2 會議論文 USING QUANTUM SEARCH ALGORITHM IN FUTURE SPACECRAFT ATTITUDE DETERMINATION,v134
282 97-2 會議論文 Attitude Acquisition Using Stereo-Vision Methodology
283 97-2 會議論文 Autonomous Flight of Rotorcraft UAV Using Vision-based Navigation
284 93-2 會議論文 Fundamental Limits on Spacecraft Orbit Uncertainty and Distribution Propagation
285 97-1 會議論文 Autonomous Flight Control of Rotorcraft UAV Using Vision-based Navigation
286 94-1 會議論文 Uncertainty control utilizing natural dynamics in Hamiltonian systems
287 98-1 會議論文 應用MATLAB 於UAV 之視訊導航
288 95-1 會議論文 旋翼型無人載具之非線性動態模擬
289 95-1 會議論文 無人直昇機之自主停懸
300 102-1 研究獎勵 Using Stereo Vision to Acquire the Flight Information of Flapping-Wing MAVs
290 94-2 會議論文 Fundamental constraints on uncertainty evolution in Hamiltonian Systems
291 99-2 會議論文 Trajectory Analysis of Spacecraft Propelled by Photonic Laser Propulsion System
292 101-1 會議論文 以Matlab為平台進行可見光域即時目標選定與辨視
293 101-1 會議論文 Trajectory Evolution Under Laser Photonic Propulsion in The Two-Body Problem
294 102-2 會議論文 Real-time target determination and tracking with an airborne video system
295 98-1 會議論文 Using Quantum Search Algorithm in Future Spacecraft Navigation
296 101-1 會議論文 New flapping mechanisms of MAV Golden Snitch
297 101-1 會議論文 「淡江金探子」拍翼機之研製
298 98-2 會議論文 Application of Matlab to the Vision-Based Navigation of UAVs
299 102-1 研究獎勵 Autopilots for Ultra Lightweight Robotic Birds – Automatic Altitude Control And System Integration of A Sub-10 g Weight Flapping-Wing Micro Air Vehicle