271 |
102-1
|
研發處: 研究計畫 (國科會)
|
二體問題中雷射光推進太空船的軌道特性分析
|
272 |
102-1
|
教學計畫表
|
航太二碩士班:書報討論(二) TENXM2T0096 0A
|
273 |
102-1
|
教學計畫表
|
日文一:全球科技革命 TFJXB1H0003 0A
|
274 |
102-1
|
教學計畫表
|
航太一碩士班:高等動力學 TENXM1E0445 0A
|
275 |
102-1
|
教學計畫表
|
航太一:資訊概論 TENXB1E1034 1P
|
276 |
102-1
|
教學計畫表
|
航太三:自動控制 TENXB3E0165 0B
|
277 |
101-1
|
研究獎勵
|
Control of Spacecraft Formation about a Near-Circular Orbit
|
278 |
98-1
|
會議論文
|
Using Quantum Search Algorithm in Future Spacecraft Navigation
|
279 |
98-1
|
會議論文
|
應用MATLAB 於UAV 之視訊導航
|
280 |
95-1
|
會議論文
|
無人直昇機之自主停懸
|
281 |
95-1
|
會議論文
|
旋翼型無人載具之非線性動態模擬
|
282 |
100-1
|
會議論文
|
Circular Restricted Three-Body Problem with Photonic Laser Propulsion
|
283 |
97-1
|
會議論文
|
利用視訊導航方式進行旋翼型無人載具自主飛行
|
284 |
95-1
|
會議論文
|
Control of Spacecraft Formation about a Near-Circular Orbit
|
285 |
96-2
|
會議論文
|
Autonomous Hover of Unmanned Helicopters
|
286 |
96-2
|
會議論文
|
Control of Autonomous Hover of Unmanned Helicopters
|
287 |
95-2
|
會議論文
|
System Identification of Unmanned Helicopter: Applications to R-90.
|
288 |
96-1
|
會議論文
|
Simulation of Nonlinear Dynamics of Unmanned Aerial Helicopter
|
289 |
95-1
|
會議論文
|
Periodic Relative Motion Near a Circular Orbit with Full Approach
|
290 |
95-1
|
會議論文
|
System Identification of Unmanned Helicopter: Applications to R-90
|
291 |
95-1
|
會議論文
|
Control of Spacecraft Formation about a Near-Circular Orbit.
|
292 |
95-1
|
會議論文
|
Periodic Relative Motion Near a Keplerian Orbit with Full Approach
|
293 |
97-1
|
會議論文
|
Using Quantum Search Algorithm in Future Spacecraft Navigation
|
294 |
97-1
|
會議論文
|
旋翼型無人載具之動力學系統模擬
|
295 |
98-2
|
會議論文
|
Application of Matlab to the Vision-Based Navigation of UAVs
|
296 |
98-2
|
會議論文
|
Trajectory Control of Flapping-wing MAV Using Vision-Based Navigation
|
297 |
97-2
|
會議論文
|
Attitude Acquisition Using Stereo-Vision Methodology
|
298 |
97-2
|
會議論文
|
Autonomous Flight of Rotorcraft UAV Using Vision-based Navigation
|
299 |
97-2
|
會議論文
|
Dynamics of Flapping Micro-Aerial Vehicles
|
300 |
97-2
|
會議論文
|
USING QUANTUM SEARCH ALGORITHM IN FUTURE SPACECRAFT ATTITUDE DETERMINATION,v134
|