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UAV-Flight-Control-System
- ：对某型无人机的飞行控制系统作了阐述，该飞行控制系统主要由飞行器分系统、测控与信息传输分系统、 任务设备分系统、地面支持分系统四大部分组成，飞行器分系统包括飞机机体、动力装置、导航与飞行控制、机上 电气设备及回收设备等；飞行控制技术的研究能使系统具有遥控、自主控制和应急返航能力．该无人机飞行控制系统已在某型无人机上得到应用，并已通过飞行试验验证，基本达到某型无人机的飞行控制要求．-: On a UAV' s flight control system were described,
MikroQuadAero_v2.1
- This project will use the Arduino Diecimila as the hardware platform to control a quadrocopter. Software coding will be done in the Arduino environment. The primary goal for this quadrocopter will be to create a low cost flying vehicle which integrat
abstract_bg_201003
- 近年来，在不断增长的应用前景刺激之下，微型飞行器正逐步成为一个国际 性的研究热点。MAV 在低雷诺数条件下具有的非线性飞行动力学特性、外界非 定常大气扰动、系统内的微型化和测量精度等因素，使得MAV 自主飞行控制成 为一个有别于常规无人机控制的复杂问题。-In recent years, the growing prospect stimulation under the MAV is gradually becoming an international hotspot. MAV
DGPS-basUAV
- 基于单机星链DGPS的无人机自主导航方法DGPS-based chain of single stars Autonomous Navigation of UAV-DGPS-based chain of single stars Autonomous Navigation of UAV
Autonomous-Landing-of-UAV
- 一种实现无人飞行器在运动平台自主着陆的方法和视频-A motion platform independent landing unmanned aerial vehicles and video
UAV-Autonomouse-landing
- 一种基于LP路径规划的无人机在运动平台自主着陆仿真方法-Based the LP path planning of UAV autonomous landing of simulation methods in motion platform
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- 具有广泛应用前景的微型无人机已成为各国学者的研究热点，而不依赖卫星导航系统的室内微型无人机自主导航引导技术是研究重点之一。结合近年国内外室内无人机自主导航引导技术发展情况，讨论了依靠自身传感器实现自主导航引导的关键 技术问题， 详细分析了无人机位姿的解算、无人机动态避障和同步定位与地图构建的关键技术的实现情况及其难点。最后，对室内无人机自主导航引导技术进行了展望。-Has broad application prospects miniature UAV research scholars fr
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
uav-auto-control
- 数学建模论文_无人机自主飞行航迹规划问题，这篇文章还不错，内容比较全面，可以拿来参考-Mathematical modeling of paper _ UAV autonomous flight path planning problem, the article is also good, the content is more comprehensive, can be used to reference
px4_firmware
- its the open source software for autonomous UAV
target_positing
- 无人机视觉系统用于飞机着陆时的自主控制，基于图像识别将目标图像的灰度信息提取，校正，最终实现目标定位，指导飞机在目标区域安全降落。-UAV vision system is used for autonomous control of aircraft landing, based on image recognition will be the target image of the gray information extraction, correction, and ultimately