A java application for creating, playing and solving SuDoku puzzles of various types. Features both a Swing GUI and command-line operation. The automatic solving of puzzles uses "smart" techniques rather than a brute force search of every possibility.
Show how to plot a Smith chart in Matlab. Show how to perform a 2 element match to 50 ohms termination using the Smith chart. Show that depending on the termination impedance that there is more than one combination of elements solving the problem.
The m-file imsl2c.m (IMSL to 'C') automates the process of writing the source code for C MEX files which, in turn, call routines in the IMSL numeric libraries. These libraries are included in the professional version of DEC's Digital Visual...
ilt=gavsteh(funname,t,L)
funname The name of the function to be transformed. t The transform argument (usually a snapshot of time). ilt The value of the inverse transform L number of coefficient ---> depends...
Stagewise operation with two different recycle types are considered. The five stages extraction cascade is solved using Simulink. A tank holding the solvent is connected to the extraction cascade. This solvent container is either a perfectly mixed...
Starter kit for the 12th MATLAB Programming Contest "Sudoku", running November 2-9, 2005.
You are given the task of solving a variation on the Sudoku problem. For more information see the contest page:
To run the file type SudokuUI at the command line, this will bring up a figure window with the layout for a standard blank 9x9 sudoku grid on it. Right clicking on any of the blank squares will then provide you with the available numbers that can...
SOLVE_SUDOKU.M -- This file contains the code for solving the Sudoku board, and should be deployed as a .NET assembly. It accepts as input a 9-by-9 array, where 0 represents a blank square, and the digits 1-9 represent any initial values in the...
We can exploit the symmetry of a real, positive definite, symmetric matrix by using the Cholesky decomposition to compute the inverse.
The built-in MATLAB inv function uses LU decomposition which requires extra pivots and operations....
In this program , The Ampacity of the M.V cables laid inside a tunnel will be found as per IEC standard where specific softwares for power cables manufacturers are used fot this purpose .
By using MATLAB as a technical programming...
Designed for physicists, this book covers a variety of numerical and analytical techniques used in physics that are applied to solving realistic problems.
Directed Programming is a cross between Grammatical Evolution and Genetic Programming (solving some of their problems while it's at it). Both techniques including hybrids of the two can be created w/ DRP. Pure Ruby and Very VERY easy to use.
This is an implementantion of the Gauss algorithm for block tridiagonal systems. The blocks must all be the same size. This approach requires for loops so is of value when the matrix is large. Ideal for solving 1D BVPs using finite element or...
ConstraintSolver is a constraint programming system implemented in pure Ruby. It is able to handle constraint satisfaction problems, constrained optimisation problems, valued soft constraint problems, and constraint problem solving with time limit.
It is application of solving ODE model pacemaker VI1 of cardiac cells with function ODE45 mat lab.It is first work objectifs for developing M-File-S-Function with Simulink-Mat lab for modele pacemaker VI1 of cardiac cells and Heart VI1 with...
The central thrust of the book is to demonstrate the power of interweaving analytics with computing methods during problem solving.
For a full book description and ordering information, please refer to...
ode_solver provides a graphical user interface for solving ODE systems with additive noise influence. Also it is possible to run solver in no-GUI (batch) mode. See required parameters in help-file.
example for Duffing's...
Graphical user interface for creating and solving sudoku puzzles. Includes built-in sudoku solver that can be used to solve typed-in puzzles or provide cheating hints if the puzzle is too hard.
Designed for physicists, this book covers a variety of numerical and analytical techniques used in physics that are applied to solving realistic problems.
For a full book description and ordering information, please refer to...
Numerical Integrator on Time for solving ODEs This function can solve the general form "M * X_2dot + C * X_dot + K * X = R". |