Description: 一个非常好的基于MATLAB的飞机动态控制工具箱,对于从事该方面研究的读者非常有参考价值-a very good aircraft based on MATLAB Toolbox dynamic control, engaged in the study of readers very valuable reference Platform: |
Size: 713728 |
Author:xj |
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Description: 我自己编写的飞行器控制系统设计代码，使用的线性不等式的方法。看m文件说明，最后还有simlunk模型仿真。-I have written an aircraft control system design code, the use of the linear inequality method. M document describes the look, and last but not simlunk model simulation. Platform: |
Size: 11264 |
Author:jesse |
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Description: 飞行器惯性导航控制系统设计仿真平台实现方案-Aircraft inertial navigation control system design and simulation platform for the realization of the program Platform: |
Size: 787456 |
Author:jingpengyu |
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Description: 模型飞机的检测，显示，控制的程序，里面有通讯。模型飞机测控平台-Model aircraft detection, display, control procedures, which have communication. Model aircraft control platform Platform: |
Size: 318464 |
Author:小松 |
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Description: The Spacecraft Control Toolbox is composed of MATLAB m-fi les and mat-fi les, organized into a set of modules by subject. It is essentially a library of functions for analyzing spacecraft and missions. There is a substantial set of
software which the Spacecraft Control Toolbox shares with the Aircraft Control Toolbox, and this software is in a module called Common. The core spacecraft fi les are in SC and SCPro along with special plotting tools in Plotting.
The new CubeSat module demonstrates mission planning and simulation for nanosatellites. These fi ve modules are referred to together as the Core toolbox. Functions for estimation, orbit analysis, subsystem analysis, and detailed
attitude control system examples are grouped in separate modules. All of the modules are described in the following table, including the add-on modules which are purchased separately. Platform: |
Size: 9728000 |
Author:Huy |
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Description: 飞行器全包线控制律算法实现及仿真Aircraft full envelope control law and simulation algorithm-Aircraft full envelope control law and simulation algorithm Platform: |
Size: 454656 |
Author:fly2345 |
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Description: 基于PID神经网络的三自由度飞行器模型控制研究-PID neural network based on three degrees of freedom control of aircraft model Platform: |
Size: 4193280 |
Author:zhuzhu |
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Description: 精密控制结构需要满足先进飞机的使命和对其引航的要求。这就要求飞行器的性能必须满足在低空飞行，低速飞行和大迎角攻击性飞行，全天候，昼夜工作的条件，并且新的控制技术应该成熟。这项工作提出了飞行控制时，状态变量和控制输入是由预先确定的限制范围内的系统控制系统的设计理念。在设计过程使用动态规划的概念。其基本思想涉及非二次泛函最小化。由于一系列限制因素，建议使用光滑函数。同时提出了该综合方法的优点。我们利用对F-18战斗机的纵向控制配置来说明该设计方法。-Indirect adaptive control for reconfigurable flight control is advocated. Specifically,
online static system identification using a moving window/batch estimation is implemented.
The ensuing linear regression is augmented with an intercept. The intercept parameter is
included to address the effects of trim change associated with the occurrence of a control surface
failure. Parameter estimate information is used to adjust the inner loop’s control gains, and
a command derived from the intercept estimate is fed forward to automatically retrim the aircraft.
The tracking performance of this automatic retrimming method, which relies on system
identification, surpasses the conventional approach of exclusively relying on integral action
for retrimming. These adaptive and reconfigurable flight control concepts are illustrated in
the context of a fighter aircraft’s pitch plane dynamics. The novel adaptive and reconfigurable
flight control system successfully handles a 50 per cent horiz Platform: |
Size: 2045952 |
Author:zhouyang |
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Description: ：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, the aircraft flight control system consists of sub-systems, monitoring and information transmission subsystem, mission equipment subsystems, ground support subsystem four major components, vehicle sub-systems including airframe, power plant, navigation and flight control, aircraft equipment, electrical equipment and recycling flight control technology enables system with remote control, autonomous control and emergency return capability. The UAV flight control system has been applied on a UAV, and has been verified by flight test, basic to a UAV' s flight control requirements. Platform: |
Size: 388096 |
Author:zhouyang |
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Description: 飞机控制的研究，用PID进行速度通道的控制，实现其编队飞行-Control of the aircraft, the speed with PID control channel to achieve the formation flying Platform: |
Size: 7168 |
Author:zhihua |
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Description: 《Delphi串口通信工程开发实例导航》随书光盘 模型飞机测控平台-" Delphi serial communication engineering examples navigation" CD with the book model aircraft control platform Platform: |
Size: 399360 |
Author:王小明 |
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Description: 遥控飞机模型控制系统平台，看过了，还不错，分享，作为大家的参考吧-Remote control model aircraft control system platform, read, and good to share, as our reference to it Platform: |
Size: 392192 |
Author:mahao |
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Description: 飞行器控制领域的非常经典的教材，德国人鲁道夫编纂的。-Very classic textbook in the field of aircraft control, the German Rudolf codification Platform: |
Size: 28992512 |
Author:yu |
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Description: 航模遥控器程序，使用iccavr编写 使用mage32单片机 实现舵机无线控制 和lcd显示航模操控菜单-The Aeromodelling remote control program, using the iccavr written use mage32 MCU the Servos wireless control and lcd display model aircraft control menu Platform: |
Size: 389120 |
Author:李清 |
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Description: 这是一个四旋翼飞行器的主控程序，基于STM32移植过来的-This is a four-rotor aircraft control procedures, based on the STM32 transplant Platform: |
Size: 8709120 |
Author:wangkun |
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Description: STM32f405四轴飞控源代码内含MPU6050，MS5611，HMC5883L，GPS等驱动代码,还附有四轴飞行器的控制代码。-
STM32f405 four-axis flight control source code contains MPU6050, MS5611, HMC5883L, GPS and other driver code, but also with four-axis aircraft control code. Platform: |
Size: 8009728 |
Author:ljw |
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