文件名称:WONDERFULMATLABWORKS
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文件当中题意如下：已知一个二阶欠阻尼闭环系统,其传递函数G(s)=20/s2+3s+20 .输入信号为单位阶跃信号.求:
(1):解析解
(2):用四阶R—K方法及Adams预估校*求数值解.
(3):比较用四阶R—K方法不同步长时计算精度与解析解进行比较,结果以图形给出.
(4):给出用Adams做出的阶跃响应图形.
本文档解析透彻，有完整的源程序和仿真图形，对学习的朋友很有借鉴意义。
-Paper title is intended as follows: a known second-order closed-loop system due to damping, the transfer function G (s) = 20/s2+ 3s+ 20. Input signal for the unit step signal. For: (1): analytical solution (2 ): The fourth-order R-K method and Adams estimated the numerical solution of correction method. (3): comparison with fourth-order R-K method is not synchronized long calculation accuracy with the analytic solution for comparison, the results are given graphically. ( 4): given by Adams to make the step response graphics. thorough analysis in this document, has the complete source code and simulation graphics, Friend of the study of referential significance.
(1):解析解
(2):用四阶R—K方法及Adams预估校*求数值解.
(3):比较用四阶R—K方法不同步长时计算精度与解析解进行比较,结果以图形给出.
(4):给出用Adams做出的阶跃响应图形.
本文档解析透彻，有完整的源程序和仿真图形，对学习的朋友很有借鉴意义。
-Paper title is intended as follows: a known second-order closed-loop system due to damping, the transfer function G (s) = 20/s2+ 3s+ 20. Input signal for the unit step signal. For: (1): analytical solution (2 ): The fourth-order R-K method and Adams estimated the numerical solution of correction method. (3): comparison with fourth-order R-K method is not synchronized long calculation accuracy with the analytic solution for comparison, the results are given graphically. ( 4): given by Adams to make the step response graphics. thorough analysis in this document, has the complete source code and simulation graphics, Friend of the study of referential significance.
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