A class for efficient manipulation of N-fold Kronecker products in terms of their operands only.

This is a class for efficiently representing and manipulating N-fold Kronecker products of matrices (or of objects that behave like matrices) in terms of their operands only. Given matrices {A,B,C,D

TPROD -- efficiently allows any type of tensor product between 2 multi-dimensional arrays

tprodMatlab library for simple tensor operations using Einstein summation convention semanticsThis function computes a generalized multi-dimensional matrix product based upon the einstein summation

Multiple dot, cross, and outer products, cross divisions, norms, normalizations, projections, etc.

respective help texts for further details. Operation: MATLAB implementation------------------------------------------------Repeated addition: SUMBinary addition: +Subtraction: -Dot product: DOTCrossproduct

MATLAB Client for MATLAB Production Server™ lets you access your MATLAB^® Production Server-hosted functions via MATLAB Add-Ons

Interactive module that introduces fundamentals of derivatives including the product and chain rule as presented in Calculus I courses

order derivatives. Applications include population growth and oscillatory behavior. The fourth script presents visualizations of the product and chain rule for derivatives as well as randomly generated

Demo files from the 2010 webinar "Global Optimization with MATLAB Products"

This submission contains the demo files used in the Global Optimization with MATLAB webinar: http://www.mathworks.com/videos/global-optimization-with-matlab-products-81716.htmlMultStart Demos *

GIBBON: The Geometry and Image-Based Bioengineering add-ON for MATLAB

Return matrix chain product P = M1*M2* ... *Mn

Because the matrix multiplication is associative; the product can be carried with different order, leading to the same result up to round-off error, MMTIMES usings "optimal" order of binary product

MATLAB library for elastic functional data analysis

N-Dimensional Cross Product (supports symbolic variables)

N Dimensional cross product in case anyone needed it. I added numerical and symbolic examples.

Numerical computation with functions

This set of 3 files is aimed at efficiently extending matrix multiplication to higher dimensional ar

This set of 3 files is aimed at efficiently extending matrix multiplication to higher dimensional arrays. It can also be used to compute the outer product of two arrays, and perform a trace over any

Iterative learning controller (ILC) versus multioscillatory controller (MOSC) battle.

Returns a matrix containing the cartesian product of multiple input sets.

CARTPROD Cartesian product of multiple sets. (The cartesian product of multiple input sets is a larger set containing every ordered combination of the input set elements. See example below.)X =

Compression of Motion Capture Data (ASF/AMC format) using Discrete Wavelet Transform

Computes the product of two Chebyshev expansions.

This script computes the product of two Chebyshev expansions of arbitrary length. The multiplication is in modal space and does not require transforming to pointspace.

Sum-Product Algorithm Applied to HMM

Sum-Product Algorithm Applied to HMM with Time-Series Market Data

An efficient implementation of the Khatri-Rao product.

kr.m efficiently computes the Khatri-Rao product of two matrices, or a string of Khatri-Rao products of several matrices.

Kronecker tensor product

Add analytics to your Kafka streaming pipeline with MATLAB Production Server, and interact with Kafka streams using the MATLAB desktop.

Plots of Harmonic Product Spectrum (HPS) and log HPS of a running sequence of frames.

This MATLAB exercise plots a sequence of frames of both the Harmonic Product Spectrum (HPS) and the Log Harmonic Product Spectrum (LHPS), and displays the resulting spectrums plot in the form of a

To solve problems whith high dimensionality

Calculates the n-mode product between a tensor and a matrix.

Visualize physics with simple graphics commands using MATLAB

Demo files from March 10, 2011 webinar titled 'Mathematical Modeling with MATLAB Products'

Demo files from March 10, 2011 webinar titled 'Mathematical Modeling with MATLAB Products'. The first demo features a drug interaction example where MATLAB's surface fitting capabilities are used to

Cartesian Product of Sets.

This is a compact and improved extension of cartprod.m by David Fass.SETPROD product of multiple sets.X = SETPROD(A,B,C,...) returns the cartesian product of the sets A,B,C, etc, where A,B,C, are

A simple fem package for 2D truss and beam structures.

use your android mobile phone to draw in 3D space like using virtual reality sets

A better, transparent memmapfile, with complex number support.

First principles dynamic simulator of a yeast fermentation bioreactor for ethanol production.

Use pre-trained AlexNet and 1-class SVM for anomaly detection

Utility functions for analyzing tree-ring data with MATLAB.

Toolbox leveraging interface to ANSYS aaS products

This toolbox leverages interface to ANSYS aaS products (ANSYS Workbench, ANSYS Mechanical APDL and ANSYS Fluent). © 2023-2024 ANSYS, Inc. Unauthorized use, distribution or duplication is prohibited

Zeros of Bessel functions, their linear combinations, and cross products

Matlab functions for the zeros of: - Cylinder functions (Linear combinations of Bessel functions), and their derivatives - Bessel function cross-products - (Soon) Airy functions and their derivatives

calculates the estimated annual energy yield from a wind turbine based on wind speed data for each month of the year.

files for iterating over permutations, combinations, subsets and vectorized for/while loops

next tuple in the vectorized for-loop.nexttuple - next tuple in cartesian product AxBnextwhile - next vector satisfying a general conditionVectors are ordered according to number of elements and lex, i.e

Solve Multiterm Fractional Differential Equations by first-order implicit product trapezoidal rule

) = y0(2), ... y^m(0) = y0(m)with m the smallest integer greater than max(al_1,...,al_Q). The problem is solved by means of the implicit product-integration rule of rectangular type having order 1 of

Using Statistics for Uncertainty Analysis in System Models

products are optional.

Read tracklog data from Garmin eTrex GPS devices.

LYAPACK toolbox provides solutions for certain large scale problems related to Lyapunov equations.

Compute the cumulative product of matrices, specifying the treatment of NaNs.

nancumprod: Cumulative product of a matrix, with user-specified treatment of NaNs.Computes the cumulative product of matrix A along dimension DIM, allowing the user to replace NaNs with ones, or to

UMat is a basic unit handling system for Matlab.

A class representing products of matrices, internally storing/manipulating them separately.

This submission defines a class for representing products of matrices (or of any objects that know how to multiply) when it is more efficient to store and manipulate the matrices separately. USAGE

This package enables fast prediction with Gaussian process even when the sample size is large.

This is an platform for experiments with factor graphs.

The SumProductLab provides a set of basic factor nodes for building up a factor graph. One can try out ideas by instantiating the necessary constraint nodes, connecting them up, and giving some

An implementation of the kronecker product for multidimensional arrays.

Superkron is a generalization of Matlab's kron function. It allows to compute the kronecker product of more than two matrices in one shot, and also works for multidimensional arrays having more than

Cumulative Distribution Function (CDF) matching bias correction method for bias correcting the precipitation or soil moisture products.

This code will reduce the systematic error present in the modelled or satellite-derived products data through CDF bias correction method. You need to change the data in the "Sample_data.csv". For

A set of codes to process turbulence data from a 5-beam Acoustic Doppler Current Profiler.

These functions help you to generate a tailor made pattern of a shirt based on simple body dimensions and gives advices on its fabrication.

Wavelet transform for image coding

rotationVect3D using skew-symmetric cross-product matrix

This function allows you to find the rotation matrix R that rotates unit vector U onto unit vector V. To achieve this goal, the Skew-symmetric cross product matrix of W is used; where W is the cross

Angles between subspaces and canonical correlations in general scalar products.

still badly designed and fails to compute some angles accurately.The algorithm is described in A. V. Knyazev and M. E. Argentati, Principal Angles between Subspaces in an A-Based Scalar Product

Files used in the August 10, 2006 Webinar of same title

he zip file contains the demo shown on August 10, 2006 for the Webinar titled "Data Analysis with MATLAB Products". The demo requires Signal Processing and Statistics Toolboxes. It is recommended

Optimized vector products, norm and absolute value.

The MATLAB toolbox offers two particular functions working on vectors as the vector cross product and the dot product. These functions are implemented to work on a general matrix dimension

product game

Product table game is very useful and interesting and keep your mind fresh

Implementation of cartesian product with sampling of tuples

This implementation of cartesian product includes two methods providing:- the complete set resulting from the cartesian product of several subsets, returned as numeric matrix or two-dimensional cell

Product of multidimensional matlab arrays following Einstein summation convention, where repeated indices sum over

Implementation of Einstein summation convention for multidimensional matlab arrays, where repeated indices sum over. Supports multiple:- Outer products- Inner products- Singleton dimensions

This function calculates the matrix product of A.

S. cerevisiae glucose fermentation with Monod kinetics. Includes product inhibition. Primary and secondary fermentations.

This code allows for a very basic simulation of the fermentation of glucose in batch mode using parameters found in the literature.The simulation assumes a linear product inhibition (1-P/Pmax).It

An efficient implementation of the Kronecker product for dense, sparse and logical matrices.

This file serves as a replacement for Matlab's kron.m. It contains a more efficient implementation of the Kronecker product for dense, sparse and logical matrices.