1.
To confirm your flight yoke's center position, leave the yoke centered, and then press one of its buttons.
要确认飞行控制器的中间位置，请将飞行控制器放在中间位置，然后按飞行控制器上的某个按钮。
2.
PIDA Plus Inversion Flight Controller for Multiple Unmanned Aerial Vehicle Formation
用于多无人机编队飞行的PIDA+逆飞行控制器
3.
Implement of Spaceflight controller Based on FPGA
基于FPGA的航天飞行控制器实现技术
4.
To set the center position for your flight yoke, leave the yoke centered, and then press one of its buttons.
要设置飞行控制器的中心位置，请使控制器位于中心，然后按下飞行控制器的某一按钮。
5.
Controlling a four-rotor aircraft based on noise-attenuation differentiator
基于滤噪微分器的四旋翼飞行器控制
6.
Optimal PIF-LQR Control Design for a Generic Hypersonic Vehicle
高超声速飞行器最优PIF-LQR控制器设计
7.
The Design for a New Adaptive Flight Control System of Maneuvering Entry Aerospacecraft
机动再入飞行器自适应飞行控制系统设计
8.
The Synthesis of Intelligent Robust Flight Control Systems for UAVs;
无人飞行器智能鲁棒飞行控制系统研究
9.
Study and Design of Flight Control Systems for Small Scale Quadrotors
小型四旋翼飞行器飞行控制系统研究与设计
10.
Flight Control and Numerical Simulation for Laser Propulsion Accelerating Vehicle
激光推进加速飞行器的飞行控制与数值仿真
11.
Variable Structure Near Space Vehicle Control Characteristics of Large Flight Envelope
变结构近空间飞行器大飞行包络控制特性研究
12.
Self-repairing Flight Simulation of Aircraft Pitch Movement Based on Auto Disturbances Rejection Controller
基于自抗扰控制器的飞机纵向自修复飞行仿真
13.
Differential GPS Based Control of Heavy Vehicles; Final research rept.
重型飞行器的差分GPS基控制/最终报告
14.
LARGE ANGLE ATTITUDE MANEUVERS AND CONTROLS OF GYROSTAT SPACECRAFT
陀螺体飞行器大角度姿态机动与控制
15.
Research on Attitude Control about Aerospace Vehicle Based on Multi-Agent;
基于多Agent的空天飞行器的姿态控制
16.
Research on the Control Problems of Quad-Rotor Aircraft
Quad-rotor飞行器控制问题研究
17.
Study on Flow Controls for Hypersonic Flying Vehicle Fuselage/Propulsion
高超声速飞行器/发动机流动控制研究
18.
Discrete-Time Fuzzy Adaptive Control for the Hypersonic Aircraft
高超声速飞行器离散模糊自适应控制