登录
首页 » matlab » MATLAB-4_fortor

MATLAB-4_fortor

于 2017-04-19 发布 文件大小:2720KB
0 239
下载积分: 1 下载次数: 201

代码说明:

  建立了四旋翼的数学模型,在此基础上利用simulink搭建了四旋翼的模型和电机的模型,搭建了内环姿态控制器和外环位置控制器,实现了四旋翼控制的MATLAB仿真程序(The mathematical model of four-rotor, and on this basis to build a simulink model and use the model four-rotor motor, built inner and outer attitude controller position controller, MATLAB simulation program to achieve a four-rotor control)

文件列表:

四旋翼MATLAB仿真文件%2B实验报告
.............................\control_sys2
.............................\............\quadrotor_control.slx,26429,2016-03-25
.............................\............\quadrotor_control_sfun.mexw64,174228,2016-03-22
.............................\............\slprj
.............................\............\.....\_sfprj
.............................\............\.....\......\quadrotor_control
.............................\............\.....\......\.................\_self
.............................\............\.....\......\.................\.....\sfun
.............................\............\.....\......\.................\.....\....\html
.............................\............\.....\......\.................\.....\....\....\chart2_q4F98r1E40zo1QpacKSnfE
.............................\............\.....\......\.................\.....\....\....\chart2_qiWqcnvi9xkBKBvgk2hkkH
.............................\............\.....\......\.................\.....\....\....\chart2_sd2ZJhSL9vMJ9u7BVVyJ5C
.............................\............\.....\......\.................\.....\....\....\chart2_YJsuDFxV6IiKmUYcHzILiC
.............................\............\.....\......\.................\.....\....\info
.............................\............\.....\......\.................\.....\....\....\binfo.mat,2346,2016-03-22
.............................\............\.....\......\.................\.....\....\....\chart2_q4F98r1E40zo1QpacKSnfE.mat,9123,2016-03-22
.............................\............\.....\......\.................\.....\....\....\chart2_qiWqcnvi9xkBKBvgk2hkkH.mat,9124,2016-03-22
.............................\............\.....\......\.................\.....\....\....\chart2_sd2ZJhSL9vMJ9u7BVVyJ5C.mat,9123,2016-03-22
.............................\............\.....\......\.................\.....\....\....\chart2_YJsuDFxV6IiKmUYcHzILiC.mat,9265,2016-03-22
.............................\............\.....\......\.................\.....\....\src
.............................\............\.....\......\.................\.....\....\...\c2_quadrotor_control.c,67707,2016-03-22
.............................\............\.....\......\.................\.....\....\...\c2_quadrotor_control.h,1146,2016-03-22
.............................\............\.....\......\.................\.....\....\...\c2_quadrotor_control.obj,74052,2016-03-22
.............................\............\.....\......\.................\.....\....\...\lccstub.obj,706,2016-03-22
.............................\............\.....\......\.................\.....\....\...\multiword_types.h,4125,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun.bat,75,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun.c,9448,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun.def,57,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun.exp,57,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun.h,1532,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun.lib,296,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun.lmk,2048,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun.lmko,729,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun.obj,9955,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun_debug_macros.h,26729,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun_registry.c,8275,2016-03-22
.............................\............\.....\......\.................\.....\....\...\quadrotor_control_sfun_registry.obj,61359,2016-03-22
.............................\............\.....\......\.................\.....\....\...\rtwtypes.h,1098,2016-03-22
.............................\............\.....\......\.................\.....\....\...\rtwtypeschksum.mat,1114,2016-03-22
.............................\............\.....\......\.................\.....\....\...\sfun.map,230160,2016-03-22
.............................\四旋翼MATLAB报告.docx,2881027,2016-03-27

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • DMC_matlab
    matlab实现的动态矩阵控制算法 可供参考(matlab implementation of dynamic matrix control algorithm for reference)
    2010-02-24 15:38:38下载
    积分:1
  • cs
    说明:  桥大学的YANG 和拉曼工程大学的 DEB 模拟布谷鸟的寻窝产卵行为, 提出一种新的智能优化算法 —— 布谷鸟搜索算法( Cuckoo Search) [9]。这种算法主要 基于布谷鸟的巢寄生繁殖机理和莱维飞行( L† vy flights) 搜索原理两个方面, 目前, 利用布谷鸟搜索算法( CS)求解 优化问题的研究还处于起步阶段。(This demo program only implements a standard version of Cuckoo Search (CS), as the Levy flights and generation of new solutions may use slightly different methods. The pseudo code was given sequentially (select a cuckoo etc), but the implementation here uses Matlab s vector capability, which results in neater/better codes and shorter running time. )
    2014-07-06 17:34:18下载
    积分:1
  • kaermanFilter
    实现卡尔曼滤波功能,建立了一个对位置观测的系统,同时加入了速度噪声,完成了Matlab的仿真。(Kalman filtering, established a system of observation position, while adding speed noise, completed the Matlab simulation.)
    2014-07-10 18:39:39下载
    积分:1
  • rcnn_car_object_detection
    基于深度学习的汽车目标识别与检测(Vehicle target detection based on depth learning)
    2018-08-09 13:14:59下载
    积分:1
  • VoIP_IPP_C2_2
    VOIP业务仿真建模,使用间歇泊松过程模型,能够图形显示业务的突发特性。(VOIP business modeling and simulation, using the batch Poisson process model, which can burst characteristics of graphics operations.)
    2010-06-09 13:29:47下载
    积分:1
  • goldbach
    问题描述: 哥德巴赫猜想:任何大偶数均可表示为2 个素数之和。(Problem Description: Goldbach conjecture: any large even number can be expressed as two Primes.)
    2008-05-05 22:11:30下载
    积分:1
  • APF_2level_3p4L_sch_V1
    说明:  APF有源滤波器仿真,两电平,三相四线制,电力电子技术,matlab simulink(APF active filter simulation, two-level, three-phase four-wire system, power electronics technology, matlab simulink)
    2019-01-07 11:05:48下载
    积分:1
  • color_muban
    程序用matlab实现基于模板和肤色的人脸检测,首先利用肤色信息检测出可能的人脸区域,然后进行模板匹配.可以实现一幅图片中多人脸的检测.(procedures using Matlab based templates and color of face detection, the first to use color information may detect a face, then template matching. can be achieved over a picture of face detection.)
    2006-12-23 11:06:08下载
    积分:1
  • MCL
    Monte-carlo _Particle filter based localisation in a field of beacons. oxford class work
    2020-11-03 22:49:52下载
    积分:1
  • softbit-BPSK-QPSK-PSK8-QAM16-QAM64
    This matlab code describes soft demapper (soft bit) for different modulation types: BPSK, QPSK, PSK 8, QAM 16, QAM 64, which are considered for turbo encoding/decoding. And simulation results are also presented.
    2021-02-05 14:59:57下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载