Matlab Implementation

MATLAB implementation of IGRF11 fortran code as function for calculating Earth mean magnetic field. Implementation has been modified to default to GPS reference coordinates with output B components North, East, and Vertical. Spherical harmonic coefficients are derived from downloaded Excel...

MATLAB Implementation and demo to design of filters in a hybrid FB with fractional delays. The theory is described in the paper:Ha T. Nguyen and Minh N. Do, Hybrid filter banks with fractional delays: Minimax design and application to multichannel sampling, IEEE Transactions on Signal Processing,...

This is a MATLAB implementation of inverse compositional Active Appearance Models (AAMs), as described in the 'Active Appearance Models Revisited' paper by Iain Matthews and Simon Baker.


Platforms: Windows, Mac, Linux

Matlab implementation of a monodomain reaction-diffusion model in 2-D. The model equations are a variant of the Fitzhugh-Nagumo equations modified to simulate the cardiac action potential. The progression of the two normalized state variables, membrane voltage (v) and recovery (r), is computed...


Platforms: Matlab

Matlab implementation of the computer model of atrial fibrillation originally published by Gordon Moe and colleagues in [American Heart Journal 1964; 67(2):200-220.] To run the simulation, just type the function name (afib). It accepts no input or output arguments. Several model parameters can be...


Platforms: Matlab

"Hungarian algorithm" to solve the square assignment problem (original & pure MATLAB implementation). The Hungarian algorithm can also be used as a sub-solver in a B&B solver for the travelling salesman problem.How to match N (e.g. N=6) pairs of signals from 2 experiments? Build full reordering...


Platforms: Matlab

SparesPOP is a MATLAB implementation of a sparse semidefinite programming (SDP) relaxation method proposed for polynomial optimization problems (POPs). Please send a message to kojima-spop@is.titech.ac.jp if you have any question and/or request. Features . A MATLAB implementation of sparse...


Platforms: *nix

From the paper :Nock, Richard and Nielsen, Frank 2004. Statistical Region Merging. IEEE Trans. Pattern Anal. Mach. Intell. 26, 11 (Nov. 2004), 1452-1458.It uses an a disjoint-sets data structure with a union-find strategy: http://en.wikipedia.org/wiki/Disjoint-set_data_structureJust run srmdemo.m...


Platforms: Matlab

The following program reduces an enterd string into sentences. It can also be utilised reduce the string into words.This program is supported by two function :a) isdelimiter,b) token.They both are included in the tokfun.zip.isdelimiter returns a matrix and basically identifies delimiters such as...


Platforms: Matlab

The decoder can decode all modes of the code from the coding module.The interface between the coder and decoder is a standard bit file, compatible with other bit files generated by the ITU-T reference code.A second option passes information between the coder and decoder using a Matlab data...


Platforms: Matlab

The GUI executes various WEKA classifiers and displays the results in MATLAB.Here are some key features of "mweka":dlTE Command line options for running wekadlTE Demonstrate how to change classifier option using java class (similiar to GenericObjectEditor in weka)dlTE Read and Write ARFF file...


Platforms: Matlab

Open Source Implementations for 3D-Surface Characterisation Algorithms according to ISO 25178 (Geometric Product Specification) in verifiable pseudocode (MATLAB). Implementation of an XML-based file exchange format according to upcoming ISO 25178-72.


Platforms: Windows, Mac, BSD, Linux

The decoder can decode all modes of the code from the coding module.The interface between the coder and decoder is a standard bit file, compatible with other bit files generated by the ITU-T reference code.A second option passes information between the coder and decoder using a Matlab data file....


Platforms: Windows, Mac, *nix, Matlab, BSD Solaris

The Jonker-Volgenant algorithm is much faster than the famous Hungarian algorithm for the Linear Assignment Problem (LAP). This Matlab implementation is modified from the original C++ code made by Roy Jonker, one of the inventors of the algorithm. It is about 10 times faster than the munkres code...


Platforms: Matlab

If you use this code please kindly cite the following paper "Structure induction by lossless graph compression"Leonid Peshkin, In Proc. of Data Compression Conf. DCC , 2007[mate] = card_match(adj) constructs a (Non-weighted) maximum cardinality matching on a graph represented by ADJ-acency matrix...


Platforms: Matlab

The function The LMFnlsq.m serves for finding optimal solution of an overdetermined system of nonlinear equations in the least-squares sense. The standard Levenberg- Marquardt algorithm was modified by Fletcher and coded in FORTRAN many years ago (see the Reference). This version of LMFnlsq is...


Platforms: Matlab

This software has been realized by Ben Chandler at the CNS Technology Lab at Boston University (http://techlab.bu.edu/). The main author of the software is Ben Chandler ( http://www.neurdon.com/about-2/editors/ben-chandler/ )This is a one-dimensional stand-alone implementation of the Grossberg...


Platforms: Matlab

This software has been realized by Gennady Livitz at the CNS Technology Lab at Boston University (My Webpage). The main author of this software is Gennady Livitz. The package contains a MATLAB implementation of diffusive filing-in model. The demo simulation is based on Craik-O'Brien-Cornsweet...


Platforms: Matlab

This is Matlab interface for the C++ implementation of the low discrepancy sequence generators Niederreiter from the GNU Scientific Library.It works under Linux.


Platforms: Matlab

This is Matlab interface for the C++ implementation of the low discrepancy sequence generators Sobol from the GNU Scientific Library.It works under Linux.


Platforms: Matlab