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MATLAB是一种以数值计算和数据图示为主的计算机软件，并包含适应多个学科的专业软件包，以及完善程序开发功能。 本课程设计旨在要求学生熟悉Matlab的功能，掌握Matlab程序设计和GUI设计的方法，培养学生的应用开发能力，为以后的毕业设计奠定一定的基础。-MATLAB is a numerical calculation and data icon-based computer software, and includes a number of disciplines to adapt t
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数值计算方法，用matlab给龙格库塔方法编程，并做一个GUI界面。-Numerical methods, Runge-Kutta method using matlab to program, and do a GUI interface.
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一、椭圆型偏微分方程
1. Helmholtz方程 及 特例（Possion方程， Laplace方程）； Helmholtz.m possion
2. 满足牛顿边值条件的Helmholtz方程；Helmholtz_Newton.m
二、抛物线型偏微分方程
1. 显式前向欧拉法 EF_Euler.m
2. 隐式后向欧拉法 IB_Euler.m
3. Grank-Nicholson法 Grank_Nicholson.m
4. 二
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关于超声波倒车雷达测距的，利用matlab GUI实现的串口编程例子，该函数用来计算任意函数的一阶偏导数(数值方法)。- About ultrasonic parking radar ranging, Use serial programming examples matlab GUI implementation, This function is used to calculate the arbitrary function of the first order partial deriv
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基于matlab GUI界面设计,该函数用来计算任意函数的一阶偏导数(数值方法),有信道编码，调制，信道估计等。- Based on matlab GUI interface design, This function is used to calculate the arbitrary function of the first order partial derivative (numerical methods), Channel coding, modulation, channel e
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具有丰富的参数选项,该函数用来计算任意函数的一阶偏导数(数值方法),基于matlab GUI界面设计。- It has a wealth of parameter options, This function is used to calculate the arbitrary function of the first order partial derivative (numerical methods), Based on matlab GUI interface design.
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Use serial programming examples matlab GUI implementation, This function is used to calculate the arbitrary function of the first order partial derivative (numerical methods), Including regression analysis and probability and statistics.
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This function is used to calculate the arbitrary function of the first order partial derivative (numerical methods), Course designed to prepare the matlab program code, Use serial programming examples matlab GUI implementation.
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包括广义互相关函数GCC时延估计，该函数用来计算任意函数的一阶偏导数(数值方法),基于matlab GUI界面设计。( Including the generalized cross-correlation function GCC time delay estimation, This function is used to calculate the arbitrary function of the first order partial derivative (numerical met
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