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Description: 用matlab求解非线性方程组,其中软件提供了fsolve函数进行求解！-Using matlab for solving nonlinear equations, which provides the fsolve function software solution!
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Size: 55296 |
Author: 回车 |
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Description: matlab中fsolve语句数值效果较好，采用的解法是将方程组转化为最小二乘问题，调用指令lsqnonlin求解，所以，它参数的选取和优化指令的用法是一致的-matlab numerical results in fsolve statement better solution is to use the equations into a least squares problem, call the command lsqnonlin solution, therefore, it is parameter selection and optimization of instruction is consistent with the usage of
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Size: 5120 |
Author: 戴 |
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Description: matlab 解各种方程的实现原理和实例-matlab solutions of various equations and examples of the realization principle
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Size: 84992 |
Author: temp |
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Description: Matlab中的fsolve函数源代码。可用于解方程。-Matlab fsolve function of the source code
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Size: 5120 |
Author: yzl |
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Description: function g=nonlineareq(x)
Here is an example of nonlinear system that can be solved by using
the Matlab command "fsolve" written in the file called "solution.m"
(see quasi-Newton or Levenberg-Marquardt methods).
g(1)=x(1)-4*x(1)*x(1)-x(1)*x(2)
g(2)=2*x(2)-x(2)*x(2)+3*x(1)*x(2)
-function g=nonlineareq(x)
Here is an example of nonlinear system that can be solved by using
the Matlab command "fsolve" written in the file called "solution.m"
(see quasi-Newton or Levenberg-Marquardt methods).
g(1)=x(1)-4*x(1)*x(1)-x(1)*x(2)
g(2)=2*x(2)-x(2)*x(2)+3*x(1)*x(2)
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Size: 1024 |
Author: kamakhya |
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Description: function g=nonlineareq(x)
Here is an example of nonlinear system that can be solved by using
the Matlab command "fsolve" written in the file called "solution.m" -function g=nonlineareq(x)
Here is an example of nonlinear system that can be solved by using
the Matlab command "fsolve" written in the file called "solution.m"
Platform: |
Size: 1024 |
Author: kamakhya |
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Description: function g=nonlineareq(x)
Here is an example of nonlinear system that can be solved by using
the Matlab command "fsolve" written in the file called "solution.m" -function g=nonlineareq(x)
Here is an example of nonlinear system that can be solved by using
the Matlab command "fsolve" written in the file called "solution.m"
Platform: |
Size: 1024 |
Author: kamakhya |
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Description: function g=nonlineareq(x)
Here is an example of nonlinear system that can be solved by using
the Matlab command "fsolve" written in the file called "solution.m" -function g=nonlineareq(x)
Here is an example of nonlinear system that can be solved by using
the Matlab command "fsolve" written in the file called "solution.m"
Platform: |
Size: 1024 |
Author: kamakhya |
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Description: function g=nonlineareq(x)
Here is an example of nonlinear system that can be solved by using
the Matlab command "fsolve" written in the file called "solution.m" -function g=nonlineareq(x)
Here is an example of nonlinear system that can be solved by using
the Matlab command "fsolve" written in the file called "solution.m"
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Size: 1024 |
Author: kamakhya |
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Description: In MATLAB, usually we use function bvp4c() to solve boundary value problem (BVP) of ODE. However, we also can use function ode45() to solve BVP of ODE too. However, ode45() needs all initial values at one point. Therefore we have to construct an auxiliary function, whose input argument is the missing initial value and the return output is the given boundary value, Then we can call function fsolve() to get the missing initial value. This method is particularly efficient it the ODE has one or more parameters. Also this method is essentilal for GNU Octave, because whose function bvp4c() is not programmed for parameter ODE yet.-In MATLAB, usually we use function bvp4c() to solve boundary value problem (BVP) of ODE. However, we also can use function ode45() to solve BVP of ODE too. However, ode45() needs all initial values at one point. Therefore we have to construct an auxiliary function, whose input argument is the missing initial value and the return output is the given boundary value, Then we can call function fsolve() to get the missing initial value. This method is particularly efficient it the ODE has one or more parameters. Also this method is essentilal for GNU Octave, because whose function bvp4c() is not programmed for parameter ODE yet.
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Size: 82944 |
Author: delin |
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Description:
基于传输矩阵法（TMM）计算VCSOA（垂直腔半导体光放大器）的稳态增益的程序。由于是从将输入端功率Pin作为已知条件，程序用Matlab优化工具箱中的fsolve函数计算了满足边界条件时的输出功率。这对于相关研究开发都是较好的资料。-This is a set of source codes, which are used for calculating the steady state gain of VCSOA based on the transfer matrix method(TMM). Since the input power of the VCSOA is regarded as a already-known condition, this program, the function "fsolve" in the Matlab Optimization Toolbox is used for obtaining the output power of the VCSOA when the input power is at some value. This is a good material for further studying the related problems, especially when using the Matlab for device simulations.
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Size: 8192 |
Author: 王刚 |
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Description: matlab fsolve 函数用法 内含各种情况下使用说明-matlab fsolve
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Size: 11264 |
Author: 徐婧 |
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Description: MATLAB求解非线性方程组 fsolve源程序代码 该列具有典型性和代表性-MATLAB求解非线性方程组 fsolve源程序代码
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Size: 1024 |
Author: 殷志华 |
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Description: fsolve求解非线性方程组，代码可以十分准确的求解方程组，方便快捷-fsolve solve nonlinear equations, the code can be very accurately solving equations, convenient
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Size: 2048 |
Author: 邵龙 |
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Description: 运用MATLAB软件编写的求解非线性方程组 fsolve源程序代码-Using MATLAB software to solve nonlinear equations fsolve source program code
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Size: 1024 |
Author: 科研 |
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Description: MATLAB求解线性正定方程组，有例子和相关说-use of fsolve，，，，
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Size: 1091584 |
Author: ct |
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Description: 这是MATLAB求解非线性方程组 fsolve源程序代码(This is MATLAB solving nonlinear equations fsolve source code)
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Size: 1024 |
Author: peanut0414
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Description: 主要是针对matlab编程的14个案例；
案例1：一般区域二重、三重积分；
案例2：被积函数含有积分项的一类积分；
案例3：一般区域n重积分；
案例4：蒙特卡洛法计算n重积分；
案例5：第二类Fredholm积分方程；
案例6：第一类Fredholm积分方程；
案例7：第二类Volterra积分方程；
案例8：第一类Volterra积分方程；
案例9：全局优化；
案例10：fsolve求非线性方程组；
案例11：渐变光波求导；
案例12：遗传算法在复杂系统可靠度和冗余度分配优化；
案例13：遗传算法在车间设备布局优化；
案例14：应用Benders分解算法求解混合0-1规划；(Mainly for 14 cases of MATLAB programming;
Case 1: General Regional double and three integral;
Case 2: a class of integral functions containing integral terms;
Case 3: General Regional N multiple integrals;
Case 4: Monte Carlo method to calculate the N multiple integral;
Case 5: Fredholm integral equations of the second kind;
Case 6: Fredholm integral equations of the first kind;
Case 7: Volterra integral equations of the second kind;
Case 8: Volterra integral equations of the first kind;
Case 9: Global optimization;
Case 10:fsolve for nonlinear equations;
Case 11: gradual wave derivative;
Case 12: genetic algorithm for reliability and redundancy allocation optimization in complex systems;
Case 13: genetic algorithm in workshop equipment layout optimization;
Case 14: applying Benders decomposition algorithm to solve mixed 0-1 programming;)
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Size: 25600 |
Author: 321mumu123
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Description: MATLAB求解非线性方程组 fsolve源程序代码(MATLAB to solve the nonlinear system fsolve source code)
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Size: 1024 |
Author: 美好，这一切
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Description: MATLAB求解非线性方程组 fsolve源程序代码(MATLAB to solve the nonlinear system fsolve source code.)
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Size: 1024 |
Author: lai东东 |
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