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Matlabfuzzy
- 本文介绍一种倒立摆系统的软硬件开发,其硬件系统具有低成本、高可靠性和稳定性等优点;其软件系统在Matlab环境下编程和实时控制,源代码完全开放,而且可调用丰富的Matlab工具箱函数,非常适用于教学和科研上的再学习和开发。-This paper introduces an inverted pendulum system software and hardware development, the hardware system has a low-cost, high reliability
invertedpendulum
- 倒立摆;分析,设计与实现是一个MATLAB函数和脚本,和Simulink模型,用于分析倒立摆系统和控制系统的设计。-The Inverted Pendulum Analysis, Design & Implementation is a collection of MATLAB functions & scr ipts, and SIMULINK models, useful for analyzing Inverted Pendulum System and designing Contro
inverted-pendulum-design
- 利用matlab对倒立摆系统进行分析、设计实现;包含源码和设计文档。-Use matlab inverted pendulum systems analysis, design and implementation including source code and design documents.
倒立摆
- 1. 建立倒立摆系统的状态空间模型和传递函数模型。 2. 对倒立摆系统设计控制器 利用MATLAB GUI设计,系统的参数(诸如小车质量、小杆质量、小杆长度等参数)由用户设定,最终的阶跃响应以图形效果展示出来,并给出控制器的参数(K_p、K_i和K_d)。(1. Establish the state space model and transfer function model of the inverted pendulum system. 2. Design controller