Autonomous Flight Control and System Integration For Unmanned Helicopter
碩士 === 高苑科技大學 === 電子工程研究所 === 107 === Unmanned helicopters with [high] mobility, can be suspended and fixed landing with landing site demand for small features, the global countries for the UAV in the military field invest a lot of research and development and application of investment, UAV techno...
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ndltd-TW-107KYIT04280022019-08-04T03:37:32Z http://ndltd.ncl.edu.tw/handle/tstqec Autonomous Flight Control and System Integration For Unmanned Helicopter 無人直昇機自主飛行控制與系統整合 WU,ZHONG-DA 吳忠達 碩士 高苑科技大學 電子工程研究所 107 Unmanned helicopters with [high] mobility, can be suspended and fixed landing with landing site demand for small features, the global countries for the UAV in the military field invest a lot of research and development and application of investment, UAV technology makes the application of the type has been changed from Traditional reconnaissance evolved to carry out the task of attacking ground targets, and vertical take-off and landing vehicles are the next major goal of UAV technology. To achieve this goal, with vertical takeoff and landing of the vehicle will be the necessary technology for the development of unmanned aerial vehicles. Based on PixFalcon flight control computer, this study completed the system integration work, and then realized the following 7 aspects: stabilize, altitude hold, hovering, position hold, guided, RTL and automatic flight mode. In this experiment, we will conduct integrated flight test experiments and collect data to achieve unmanned helicopter autonomous flight control and system integration.. 黃意勛 2019 學位論文 ; thesis 84 zh-TW |
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碩士 === 高苑科技大學 === 電子工程研究所 === 107 === Unmanned helicopters with [high] mobility, can be suspended and fixed landing with landing site demand for small features, the global countries for the UAV in the military field invest a lot of research and development and application of investment, UAV technology makes the application of the type has been changed from Traditional reconnaissance evolved to carry out the task of attacking ground targets, and vertical take-off and landing vehicles are the next major goal of UAV technology. To achieve this goal, with vertical takeoff and landing of the vehicle will be the necessary technology for the development of unmanned aerial vehicles.
Based on PixFalcon flight control computer, this study completed the system integration work, and then realized the following 7 aspects: stabilize, altitude hold, hovering, position hold, guided, RTL and automatic flight mode. In this experiment, we will conduct integrated flight test experiments and collect data to achieve unmanned helicopter autonomous flight control and system integration..
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黃意勛 |
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黃意勛 WU,ZHONG-DA 吳忠達 |
author |
WU,ZHONG-DA 吳忠達 |
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WU,ZHONG-DA 吳忠達 Autonomous Flight Control and System Integration For Unmanned Helicopter |
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WU,ZHONG-DA |
title |
Autonomous Flight Control and System Integration For Unmanned Helicopter |
title_short |
Autonomous Flight Control and System Integration For Unmanned Helicopter |
title_full |
Autonomous Flight Control and System Integration For Unmanned Helicopter |
title_fullStr |
Autonomous Flight Control and System Integration For Unmanned Helicopter |
title_full_unstemmed |
Autonomous Flight Control and System Integration For Unmanned Helicopter |
title_sort |
autonomous flight control and system integration for unmanned helicopter |
publishDate |
2019 |
url |
http://ndltd.ncl.edu.tw/handle/tstqec |
work_keys_str_mv |
AT wuzhongda autonomousflightcontrolandsystemintegrationforunmannedhelicopter AT wúzhōngdá autonomousflightcontrolandsystemintegrationforunmannedhelicopter AT wuzhongda wúrénzhíshēngjīzìzhǔfēixíngkòngzhìyǔxìtǒngzhěnghé AT wúzhōngdá wúrénzhíshēngjīzìzhǔfēixíngkòngzhìyǔxìtǒngzhěnghé |
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1719232693079638016 |