搜索资源列表
autopilot-2.5.tar
- UAV 自动驾驶的，无人飞行机器人控制源码。-UAV autopilot, flying unmanned robot control source.
autopilot
- 直升机模型自动控制系统，包括上位机和控制系统-helicopter model control systems, including PC and control systems
autopilot.tar
- UAV导航及控制,是老外编写的一个源代码开放程序-UAV navigation and control is a foreigner prepared by the open source process
bkbot-0.1.tar
- 一个双轮自平衡小车的源代码 请参考有关资料，合理利用-After running across David Anderson s impressive balancing robot on the Internet, I decided it was too cool, and I had to have one like it. So, shamelessly ripping off his great idea, I created my own version of this two-w
RAMA_UAV
- 非常完整的无人机自动驾驶仪资料包，不仅仅只要程序，还有许多有用的文档。从国外网站上淘回来的。-a fully function autopilot data package, include code and document!
2
- 遥 控 接 收 解 码 P1.0-P1.1为电机前后驱动，P1.2-P1.3为左右转弯驱动，P1.4为自动驾驶指示， 编码输入从P3.1和p3.2（int0）口，P3.0和P3.5分别为前后红外线探头，在自动 驾驶时以控制小汔车前进倒退。-Remote Control Receiver Decoders P1.0-P1.1 for before and after the drive motor, P1.2-P1.3 for the driver to turn left or r
best1
- a thorough overview of missile autopilot
AC
- 通过matlab仿真导弹自动驾驶仪控制回路，同时计算系统的实际单位阶跃响应，最大超调量，峰值时间，调整时间等。-Matlab simulation by a missile autopilot control loop, while the actual computing system unit step response, maximum overshoot, peak time, adjust the time.
disp
- displacement autopilot coding for aircraft using matlab
zcvxgsx
- 我们会继续提高效率和性能、扩展功能，并扩展可能在其上应用 的目标的数量。然而，我们不会被语言、编辑器、编译器、调试器、设备驱动器等之间的传统界线所限制，因为我们相信通过从基本原理中重新思考这些情形可能在提高性能的同时减少复杂性-vast number of practical applications including the gyrocompass, flight instruments, the autopilot, gyroscopic stabilization and navigat
SHOW
- 编译器的速度只是用户使用LabVIEW感受高效率的众多原因之一。因为编辑器构造了解析树，所以 它能够立即给出语法和语义的反馈，从而可以更早、更快的检测和改正错误-better understanding of spin and the development of a vast number of practical applications including the gyrocompass, flight instruments, the autopilot, gyroscopic stab
SyarifulSyafiqShamsudinMFKM2007
- THE DEVELOPMENT OF AUTOPILOT SYSTEM FOR AN UNMANNED AERIAL VEHICLE (UAV) HELICOPTER MODEL
pilot
- 模糊神经网络的自动驾驶决策系统Fuzzy neural network decision system autopilot-Fuzzy neural network decision system autopilot
EKF_MEMS
- 姿态信息是飞行控制中最关键的参数之一,因此姿态测量成为飞行控制系统首要解决的问题。利用多MEMS传感器研制了一种微型姿态测量系统。利用三轴MEMS加速度计和三轴MEMS陀螺数据,由方向余弦矩阵的姿态表示形式推导了扩展Kalman滤波方程,解算出飞行器的俯仰角和横滚角 设计专家系统判断飞行器的运动状态,并根据该状态调整滤波算法中的测量噪声矩阵,使系统可同时满足静态情况和动态情况的使用 利用空速和高度数据对俯仰角进行修正,利用GPS解算航向角。将实验结果与国外最新 的商用自动驾驶仪的姿态结果进行
ardrone_autopylot
- Ar.Drone Autopilot Program for flying automatically without human control
Standford-uav-design
- its a uav autopilot simulation project but not so complete
UAV-Autopilot-Controllers
- UAV Autopilot Controllers Test Platform Using MatlabSimulink and X-Plane
MALE-UAV-autopilot-model
- its Middle altitude low endurance unmanned aerial vehicle model using matlab Simulink. it s been rigorously tested and it has everything you need for Autopilot design of autonomous vehicle. i have worked it like for more than a year. and I made it si
autopilot
- 自动驾驶仪（autopilot），是按技术要求自动控制飞行器轨迹的调节设备，其作用主要是保持飞机姿态和辅助驾驶员操纵飞机。-Autopilot (autopilot), according to technical requirements automatically control the aircraft trajectory adjustment equipment, its role is to maintain the aircraft posture and auxiliary pi
Autopilot-design
- 自动驾驶仪是用来稳定与控制飞机角运动和重心运动的一种飞行自动控制系统。-Autopilot is used to stabilize and control the aircraft angular motion and the center of gravity of a flight automatic control system.