software factory concept
analytic hierarchy process
Software Factory Development Process
Using Alchemy in Localization
Decision Making with AHP
Free Software Downloads
General Matrix Algebra
DFP.NET , BFCG.NET (C#)
Rosenbrock and Nelder-Mead .NET (C#)
Useful and Interesting Links
Non Linear Optimization
Pseudo Gradient Algorithms
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The General Matrix package
This assembly provides the fundamental operations of numerical linear algebra such as addition, substraction, multiplication, normalization and decomposition. This a .NET port of the JAMA package from NIST.
The AHP package
Implementation the AHP model of Thomas Saaty. This version has been adapted for the agile development methodology. Instead of the separate test driver, the NUnit test classes are part of the assembly. The assembly has been compiled against the NUnit v 2.2 (1.1) or v 2.2.8 (2.0) that is contained in the lib directory.Also NAnt build file is provided (+ the project file). The NAnt file (version 0.85) compiles and tests debug and release versions of the assembly. The AHP uses GeneralMatrix.
The Levenberg-Marquardt Algorithm
The .NET version of the Levenberg-Marquardt Algorithm (LMA). The LMA fits a 1 D function of x in a multidimensional parameter space (f(x) = F(a0,...,an)(x) to a set of experimentally measured data [y].
This assembly also contains set of fit test funtions that run as NUnit functions. Vstudio project file as well as the NAnt build file are also included. I'm also using the General Matrix for matrix operations.
This assembly contains 2
optimization routines: Nelder-Mead, Rosenbrock as well as 2
: Davidon - Fletcher - Powell and BCFG.
This assembly also contains set of fit test funtions that run as NUnit functions. Vstudio project file as well as the NAnt build file are also included.
Copyright® Krzysztof Kniaz | v 5.0 May 2009