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所在平台: Udemy |
课程主页: https://www.udemy.com/course/matlab-advanced/
课程评论：没有评论
课程名称：MATLAB高级 课程概述：本课程是关于MATLAB软件讲座系列的第二部分，旨在指导学员掌握各种高级命令，包括绘图、图形、代数、微积分、微分、积分、多项式、变换和SIMULINK。通过多种实例，学员能够深入理解软件的概念和功能，并有机会进行实践，以便提升对软件的掌握程度。 课程内容概述： 1. **绘图**：介绍如何使用编辑器和命令窗口绘制各种方程和图形。 2. **图形**：讲解创建2D和3D图形的多种命令。 3. **代数**：深入讲解如何编写和求解代数方程。 4. **微积分**：介绍如何使用MATLAB解决微积分问题，以及如何处理MATLAB变量。 5. **微分**：提供关于如何使用MATLAB求解微分方程的详细信息。 6. **积分**：讲解如何在MATLAB中解决积分问题。 7. **多项式**：介绍使用MATLAB解决多项式方程的方法。 8. **变换**：详细说明如何使用MATLAB求解拉普拉斯变换、傅里叶变换和快速傅里叶变换（FFT）。 9. **SIMULINK**：介绍SIMULINK的使用，用于创建动态模型并与数值或实验解进行比较。 本课程的基础版本已经上线，欢迎加入基础课程以学习软件的基本概念。
This course is the second part of the lecture series on MATLAB software. It takes you through various advanced commands namely, Plotting, Graphics, Algebra, Calculus, Differential, Integration, Polynomials, Transforms and SIMULINK. Various examples are given to explain various concepts and features of the software and for practice so that expertise can be gained in handling the software. We start with PLOTTING, how to use the editor and command window for plotting various equations and graphs.Second section deals with Graphics. Various commands are explained to create graphs of 2D and 3D form.Third section is all about Algebra. It explains how algebraic equations are written and solved in detail.Fourth section deals with Calculus. It gives details about how to solve Calculus problems. How to use MATLAB variables are also explained here.Fifth section is about the Differentiation. It gives details about how to solve Differential Equations problems using MATLAB.Sixth section deals with Integration. This section gives details about how to solve Integration problems using MATLAB.Seventh section is about Polynomials which gives details about how to solve Polynomial Equations using MATLAB.Eighth section deals with Transforms. This section gives details about how to solve Laplace, Fourier and FFT Transforms using MATLAB.Lastly we study about SIMULINK which gives introduction to the use of SIMULINK for making dynamic models and getting results for comparison with numerical or experimental solutions. Basic version of this course is already available. Join that course to learn the basic concepts of the software.
