搜索资源列表
多无人机任务分配
- 无人机协同时进行任务规划，以实现最优效益(In order to realize the best benefit, the uav is planned when cooperating with each other)
Air_Vehicle_Dynamics_and_Control
- 小型固定翼无人机数学模型，用于航迹规划的控制研究，通过matlab进行仿真(The mathematical model of small fixed-wing uav is used for the control research of track planning, which is simulated by matlab)
matlab改进人工势场路径规划（避障，c语言）
- 使用matlab语言，用改进人工势场法，实现无人机路径规划和避障控制(Path planning and obstacle avoidance control of UAV)
无人机航迹规划
- 无人机航迹规划，matlab，无人机航迹规划(UAV track planning, matlab)
无人机
- 无人机四轴代码，是正点原子的stm32F4，有利于基础学习和二次开发(UAV four axis code is stm32f4 of positive point atom, which is beneficial to basic learning and secondary development)
程序
- 无人机路径规划，提出改进的A*算法，参考2019年研究生数学建模竞赛F题(UAV path planning, propose improved a * algorithm, refer to the f problem of 2019 graduate mathematical modeling competition)
matlab code
- 机器人避障航路规划蚁群算法MATLAB仿真代码合集，里面有17个关于机器人自动避障的算法，和无人机航路规划代码，还有蚁群遗传因子算法的具体MATLAB仿真代码，A*算法，RTT算法等很适合做数学建模比赛使用。(There are 17 algorithms of robot automatic obstacle avoidance, UAV route planning code, and the specific matlab simulation code of ant colony gen
code
- 实现无人机通信考虑的轨迹规划，综合通信中的能量消耗和轨迹进行权衡(Realize the trajectory planning of UAV Communication, and balance the energy consumption and trajectory in communication)
四旋翼飞行器模型
- matlab四旋翼无人机仿真程序，运行scr ipt2即可，在界面中给出位置即可。(Matlab four rotor UAV simulation program, running scr ipt2 can be, given the position in the interface can be.)
基于蚁群算法的三维路径规划算法
- 这是基于蚁群算法的无人机航迹规划实例程序，里面包含所有源代码，平台为matlab。(This is an example program of UAV path planning based on ant colony algorithm, which contains all the source code and the platform is matlab.)
CCD-区域
- 侦察无人机复杂环境下搭载CCD相机侦察路径规划，进行了环境建模，对设计的规划方法进行了仿真验证。(In the complex environment of reconnaissance UAV, the path planning of reconnaissance with CCD camera is carried out, the environment modeling is carried out, and the planning method of design is verif
SAR-静止目标
- 侦察无人机搭载SAR设备对静止目标进行跟踪，进行了侦察路径的规划仿真。(The reconnaissance UAV carries on the SAR equipment to track the static target, and carries on the reconnaissance path planning simulation.)
无人机.zip
- VirtualArena是用于控制设计和系统仿真的面向对象的Matlab集成开发环境，其实现目标如下: 1)避免重新实现大多数项目共有的功能，例如: -离散化策略(例如欧拉向前，龙格库塔，…) -系统线性化的雅可比计算方法，例如基于符号或样本的方法 -实施标准车辆动力学，如独轮车或类似无人机的车辆，并实施不同的姿态表示，如旋转矩阵或四元数 -状态观测器自动生成，例如扩展卡尔曼滤波器(EKF) -基于网络的控制器的实施结构 - … 2)建立一套通用接口，允许
lab1
- 无人机模型建模仿真，可通过此仿真模型实现，四旋翼无人机的模型建立(Modeling and Simulation of UAV model can be realized by this simulation model, and the model of Four-rotor UAV can be established.)
四旋翼可视化仿真
- 建立四旋翼无人机模型，simulink仿真(Establishment of Four-rotor UAV model and Simulink simulation)
含有噪声的飞行轨迹及数据处理
- 用于生成带噪声的无人机飞行轨迹，同时通过中值和小波滤波方式进行噪声去除(It is used to generate the flight path of UAV with noise and remove the noise by means of median and wavelet filtering)
无人机避障
- 模拟了无人机遇到障碍物自动避障的原理，并且加了大量的注释！(The principle of UAV avoiding obstacles automatically is simulated, and a lot of comments are added!)
sixuamnyi
- 四旋翼无人机仿真 悬停控制 稳定 控制系统建模(simulink.Simulation hover control stability control system modeling of four-rotor uav)
SAR-区域
- 侦察无人机搭载SAR设备对区域进行覆盖搜索侦察的路径规划。(The UAV carries SAR equipment to plan the path of coverage search reconnaissance.)
四旋翼PID
- 简单的基于自抗扰也就是ADRC的四旋翼无人机仿真，使用simulink搭建模型(Simple simulation of four rotor UAV Based on ADRC, which uses Simulink to build the model)