Description: BFGS算法: 可以解决无约束的最优化问题,如求目标函数的极值等。-BFGS algorithm: can solve unconstrained optimization problems, such as seeking the extreme, such as the objective function. Platform: |
Size: 13312 |
Author:贺鹏 |
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Description: 用MATLAB编写的基于BFGS算法的分类器程序,并附带样本生成程序,生成随机的样本。-Using MATLAB prepared BFGS algorithm based on the classification program, and generate spin-off procedures for the sample to generate a random sample. Platform: |
Size: 3072 |
Author:张宪 |
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Description: 采用matlab语言实现黄金分割 不精确一维搜索 DFP BFGS 算法,全部原创 仅供参考-Language implementation using matlab inexact one-dimensional golden section search DFP BFGS algorithm, all the original for reference only Platform: |
Size: 12288 |
Author:孙浩 |
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Description: Hidden-Unit Conditional Random Fields
工具箱,可以用于训练linearCRF和和L.J.P. van der Maaten, M. Welling
提出的huCRF-We provide Matlab code that implements the training and evaluation of hidden-unit CRFs, as well as code to reproduce the results of our experiments. The code implements four different training algorithms: (1) a batch learner that uses L-BFGS, (2) a stochastic gradient descent learner, (3) an online perceptron training algorithm, and (4) an online large-margin perceptron algorithm. The code can also be used to perform (conditional) herding in hidden-unit CRFs.
Platform: |
Size: 165888 |
Author:王磊 |
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Description: BFGS在matlab中的算法,是求解非线性规划中的一个好算法。-BFGS in matlab algorithm for solving nonlinear programming is a good algorithm. Platform: |
Size: 1024 |
Author:张瑞 |
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Description: Filter can be FIR or IIR.
- Filter type can be lowpass, highpass, bandpass, or bandstop.
- Direct methods or optimization ones can be used during the design procedure.
In order to learn how you can use this toolbox, please copy all the codes included in the "Dig_Filter" folder into the current directory of your Matlab and type "help Dig_Filter".
Note 1:
At the moment, because of copyright issues, I removed bfgs , dfp , and inex_lsearch optimization algorithms. So, in the case of designing IIR filters using optimization algorithm, Optimization_Method in the toolbox just can work via fminunc which is a Matlab function.
IMPORTANT NOTE:
In the case of designing IIR filters using optimization methods, Dig_Filter uses MATLAB functions bfgs, dfp, and inex_lsearch. These functions are part of the MATLAB support materials of the following textbook:
A. Antoniou and W.-S. Lu, "Practical Optimization: Algorithms and
Applications", Springer, 2007-Filter can be FIR or IIR.
- Filter type can be lowpass, highpass, bandpass, or bandstop.
- Direct methods or optimization ones can be used during the design procedure.
In order to learn how you can use this toolbox, please copy all the codes included in the "Dig_Filter" folder into the current directory of your Matlab and type "help Dig_Filter".
Note 1:
At the moment, because of copyright issues, I removed bfgs , dfp , and inex_lsearch optimization algorithms. So, in the case of designing IIR filters using optimization algorithm, Optimization_Method in the toolbox just can work via fminunc which is a Matlab function.
IMPORTANT NOTE:
In the case of designing IIR filters using optimization methods, Dig_Filter uses MATLAB functions bfgs, dfp, and inex_lsearch. These functions are part of the MATLAB support materials of the following textbook:
A. Antoniou and W.-S. Lu, "Practical Optimization: Algorithms and
Applications", Springer, 2007 Platform: |
Size: 11264 |
Author:anish |
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Description: BFGS for Powell badly scaled function是一个用于测试仿真BFGS最优化算法的matlab程序-BFGS for Powell badly scaled function is used to test the simulation BFGS optimization algorithm matlab program Platform: |
Size: 2048 |
Author: |
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Description: 这个文档用MATLAB实现了用BFGS算法来解决最优化问题-this file used the tool of matlab to solve optimal problems through BFGS algorithm Platform: |
Size: 120832 |
Author:杨世睦 |
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Description: BFGS算法在matlab中的实现,通过求解熟悉经典BFGS算法(BFGS algorithm in matlab in the realization of familiar with the classic BFGS algorithm) Platform: |
Size: 1024 |
Author:亮看世界
|
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Description: 有限记忆算法,用于处理大规模算法,算法原理为把不断迭代的牛顿矩阵分解并部分抵消达到减少运算量的目的(limit memory,for large-scale algorithms. The principle of the algorithm is to decompose and partially cancel the iterative Newton matrix in order to reduce the computational complexity.) Platform: |
Size: 1024 |
Author:ksvdysl |
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