2004 - 2005 Research on fully-autonomous guidance control of small unmanned helicopters by using the robust control
Papers (24)：
Fujiwara, Daigo, Tonoike, Takumi. Development and flight-test verification of two-dimensional rotational low-airspeed sensor for small helicopters. ROBOMECH Journal. 2024. 11. 6
Fujiwara, Daigo. Hammer-head turn flight control of helicopters by using a thrust selection / desired attitude calculation based on a loading trajectory and a threshold. Transactions of the JSME (in Japanese). 2021. 87. 900
Tomita, Takumi, Fujiwara, Daigo. Development of the automatic autorotation landing control system by using a small unmanned helicopter. Transactions of the JSME (in Japanese). 2021. 87. 898
Isomura, Naomichi, Fujiwara, Daigo. Position compensation in all attitude of flying objects and application to flip maneuver control of small unmanned helicopters. Transaction of the JSME (in Japanese). 2017. 83. 854. 17-00013-17-00013
Fujiwara, Daigo, Shiokawa Takayuki. Design and experimental verifications of the high-speed turn flight control of single-rotor helicopters by the combination of the backstepping method and optimal servo system. Transaction of the JSME (in Japanese). 2017. 83. 854. 17-00087-17-00087
Fujiwara Daigo. Chapter 3, Modeling, control system synthesis and implementation of multicopters, Special issue: Developments with MATLAB. Monthly magazine Interface, September 2022. 2022. 48. 9. 81-120
Fujiwara Daigo. Introduction 3 Usage of MATLAB and Simulink, Special issue: Developments with MATLAB. Monthly magazine Interface, September 2022. 2022. 48. 9. 24-27
Fujiwara Daigo. Special appendix: Analysis of the flight control program of drones. Monthly magazine Interface, April 2022. 2022. 48. 4. 189-225
Fujiwara Daigo. Section 1, 3 to 8, Chapter 2, Flight control programming laboratory, Special Issue: aerial, ground, and water drone and robot control. Monthly magazine Interface, March 2020. 2020. 46. 3. 38-88
Considerations of the differences of small helicopters and the trajectories about the automatic autorotation landing
(TRANSLOG2023 2023)
Modeling, flight control design, and program implementation of unmanned helicopters using MATLAB
(EdgeTech+ 2022, Seminar No. A3-02 2022)
Measurement experiments of the electric-power consumption and the noise and the consideration of the possibility for energy-saving low-noise operations of small unmanned helicopters
(2022)
Two-degree-of-freedom thrust control for autorotation flare based on the table data of load responses
(2022)
Reference trajectory/attitude control system design and flight tests of an Immelmann-turn maneuver of unmanned helicopters
(Proceedings of the Mechanical Engineering Congress, 2021 Japan (MECJ-21) 2021)
2023/06 - The Japan Society of Mechanical Engineers Certificate of Merit for Excellent Paper, Robotics and Mechatronics Division Development of the automatic autorotation landing control system by using a small unmanned helicopter
2019/04 - The Japan Society of Mechanical Engineers JSME Medal for Outstanding Paper Position compensation in all attitude of flying objects and application to flip maneuver control of small unmanned helicopters
2017/03 - Transportation and Logistics Division, The Japan Society of Mechanical Engineers Certificate of Merit for Paper and Presentation Design and flight test of high-speed turn control of single-rotor helicopters by using the backstepping method
2015/03 - Transportation and Logistics Division, The Japan Society of Mechanical Engineers Certificate of Merit for Outstanding Presentation The simultaneous estimation of a disturbance and a dead zone of a control input for the helicopter flight control under tail-rotor damage conditions
2010 - Chubu branch, The Society of Instrument and Control Engineers Award for new technology
2000/03 - The Japan Society of Mechanical Engineers Hatakeyama Award
