Aerial parts - No attitude control system

• 1. 一种带姿态控制系统的用于铝壳体零件去毛刺装置 [P] . 中国专利： CN205218728U . 2016.05.11
• 2. 用于测试无零件印刷电路板的并行测试器的全网式卡匣,用于该全网式卡匣的弹簧接触销,以及用于测试无零件印刷电路板的并行测试器的适配器 [P] . 中国专利： CN101849188B . 2014.03.19
• 3. Aerial vehicles, aerial vehicle vehicle attitude adjustment system, vehicle attitude adjustment method of aerial vehicles, and a method of turning aerial structures for the aerial vehicle [P] . 日本专利： JP5816382B2 . 2015-11-18

  机译： 航空器，航空器飞行器姿态调整系统，飞行器的飞行器姿态调整方法以及使飞行器的飞行器转向的方法

• 4. Landing method using attitude control of unmanned aerial vehicle in unmanned aerial system and apparatus for supporting it [P] . 韩国专利： KR20190104014A . 2019-09-05

  机译： 在无人机系统中使用无人机姿态控制的着陆方法及其支撑装置

• 5. METHOD AND APPARATUS FOR CONTROLLING FLIGHT ATTITUDES, UNMANNED AERIAL VEHICLE AND STORAGE MEDIUM [P] . WO2021078166A1 . 2021-04-29

  机译： 用于控制飞行态度，无人驾驶飞行器和存储介质的方法和装置

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• 2. A Lyapunov-based three-axis attitude intelligent control approach for unmanned aerial vehicle [J] . A.H. Mazinan 中南大学学报（英文版） . 2015,第012期
• 3. Fault Tolerant Control Scheme Design for Formation Flight Control System of Multiple Unmanned Aerial Vehicles [J] . Qian Moshu, Xiong Ke 南京航空航天大学学报（英文版） . 2018,第004期
• 4. Attitude and flight path control systems of unmanned combat aerial vehicle [C] . A Hanif, R A Sasongko International Conference on Aerospace and Aviation . 2020
• 5. Independent Position and Attitude Control on Multirotor Aerial Platforms [D] . ?Ruan, Lecheng 2020
• 6. Sensor Fusion Algorithm Using a Model-Based Kalman Filter for the Position and Attitude Estimation of Precision Aerial Delivery Systems [O] . Raul A. Garcia-Huerta, Luis E. González-Jiménez, Ivan E. Villalon-Turrubiates 2020
• 7. Low-cost navigation and guidance systems for unmanned aerial vehicles - part 2: Attitude determination and control [O] . Sabatini R, Rodriguez L, Kaharkar A, 2013
• 8. Human Factors Issues for Controlling Uninhabited Aerial Vehicles: Preliminary Findings in Support of the Canadian Forces Joint Unmanned Aerial Vehicle Surveillance Target Acquisition System Project (Incidence des Facteurs Humains sur le Pilotage des Vehicules Aeriens Telepilotes: Constatations Preliminaires a L'Appui du Projet de Systeme Interarmees D'Acquisition D'Objectif au Moyen de Vehicules Aeriens Telepilotes de Surveillance des Forces Canadiennes) [R] . Arrabito, G. R., Ho, G., Lambert, A., 2010

• 1. A Data-Driven Adaptive Method for Attitude Control of Fixed-Wing Unmanned Aerial Vehicles [J] . Meili Chen ,Yuan Wang . 航空科学与技术（英文） . 2019,第1期
• 2. A Lyapunov-based three-axis attitude intelligent control approach for unmanned aerial vehicle [J] . A.H.Mazinan . 中南大学学报 . 2015,第012期
• 3. 无支承发射装置姿态控制系统的思考 [C] . 吴向阳 ,兰澎 . 2005年中国宇航学会发射工程与地面设备专业委员会学术会议 . 2005
• 4. 下一代重力卫星新型无拖曳与姿态控制系统研究 [A] . 李洪银 . 2017