6.附加学习:还想要多学一点多做一点,那你可以设计一个显示姿态的四轴飞行的PC上位机。语言就选C#好了,VisualStudio开发环境比较熟悉和友好。 然后,网络上有大神列出了一些值得看的文献:(by top exbot.net)
(一)无人机/四旋翼方面值得一读的论文(基础版)
基础版:共十篇
按照基础程度进行推荐,尽量推荐人人皆可阅读的一般性文章,最后附上网盘链接。
1.入门必读,这个文章针对性很强,理论也很基础 Modeling, Estimation,and Control of Quadrotor 2.介绍了APM及其他开源飞控的硬件及算法。看完可以动手了! Build Your Own Quadrotor Open-Source Projects on Unmanned Aerial Vehicles.pdf 3.maker杂志 无人机专辑 Maker.Media.Homegrown.Drones.Jan.2014.pdf 4. 体系结构 Toward a fully autonomousUAV--Research Platform for Indoor and Outdoor 5. 视觉控制飞行机器人,Astec Firefly十五位设计者共同撰文 Vision-Controlled flying robotFrom System Design to Autonomous Navigation视觉控制飞行机器人 6. ArDrone设计师唯一一篇公开发表的文章 The Navigation and Control technology inside the AR.Drone.pdf 7.px4flow设计师光流 px4flow_paper.pdf 8.PIXHAWK体系结构设计 PIXHAWK A Micro Aerial Vehicle Design for.pdf 9. ROS软件应用 Developing a ROS Enabled Full Autonomous Quadrotor.pdf An Open-Source Hardware_Software Architecture for Quadrotor UAVs.pdf http://yunpan.cn/cyLfi6vRGE76b 提取码 4eec
(二)姿态估计
再次由基础到复杂出10篇paper,并给出网盘链接。
1 老综述 A Survey of Nonlinear Attitude Estimation Methods
2 2015年新综述,具体方法可暂时忽略 A Practical Method for Implementing an Attitude and Heading Reference System
3 改进模型和EKF Improved State Estimation in Quadrotor MAVs A Novel Drift-Free Velocity Estimator
4 上一篇的补充 Analysis of an Improved IMU-Based Observer for Multirotor Helicopters
5 对加速度计和空气阻力影响进行了细致的探讨 Quadrotors and Accelerometers State Estimation with an Improved Dynamic Model
6 另一种方法:几何方法互补滤波器,SO(3)观测器 Nonlinear Complementary Filters on the Special Orthogonal Group
7 2014最新的SO(3)观测器 Attitude Estimation in SO(3) A Comparative UAV Case Study
8 SO(3)-Constrained Kalman Filtering ACC-SO(3)-Constrained Kalman Filtering with Application to Attitude
10 磁罗盘校准 A Geometric Approach to Strapdown Magnetometer
http://yunpan.cn/cKJIKK5erQvHK 提取码: afb7
(三)基于光流的无人机视觉导航:从昆虫原理到迷你无人机
1.光流技术综述 A Survey of Optical Flow Techniques for Robotics Navigation Applications
2.视觉里程计综述 VisualOdometry1 VisualOdometry2
3.基于光流的视觉导航:从昆虫原理到迷你无人机 Optic Flow Based Visual Guidance_ From Flying Insects to Miniature Aerial Vehicles
4.那个不需要加速度计只用光流飞行的四旋翼beerotor beerotor-Controlling docking, altitude and speed in a circular high-roofed tunnel beerotor-Flying over uneven moving terrain based on optic-flow cues without any need for reference 5.惯性-视觉组合卡尔曼滤波技术 Inertially Aided Visual Odometry for Miniature Air Vehicles in GPS-denied Environments 6.px4flow开源光流传感器 px4flow_paper 7.SVO单目视觉里程计 SVO Fast Semi-Direct Monocular Visual Odometry 下载链接: http://yunpan.cn/cJhd4IgZwQUFF 访问密码 56f2
(四)控制中的*****——PID 欲练神功,扎好马步,先学PID。 想快速浏览就看这两个就OK PID Contr oller Tuning A Shor t Tutorial Flying in Tune
1. 快速入门 PID Contr oller Tuning A Shor t Tutorial 2.乱七八糟的基础理论 PID Control Theory 3.PID控制系统分析与设计 PID control system analysis and design PID Controller Design for Specified Performance The future of PID control 4. 这。。。不就是APM吗? An Application of 4-Rotor Unmanned Aerial Vehicle_ Stabilization Using PID Controller Flying in Tune http://yunpan.cn/cZrcbdcsz7gjn 访问密码 1ae7
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