MTI Toolbox for MATLAB, Version 2.0

The MTI Toolbox for MATLAB provides a suite of tools for working with multilinear time-invariant (MTI) models. Parameters of MTI models can be represented as tensors, i.e., multidimensional or N-way arrays. Tensors offer a wide range of efficient computation and decomposition methods. This toolbox provides many standard methods for modeling, identification, analysis, and controller design of MTI systems.

Downloading

This toolbox is open source and hosted on mti.systems. See LICENSE.txt for the terms of the license (2-clause BSD).

Be advised that a recent version of MATLAB is required. Once you have downloaded or cloned the MTI Toolbox, use addpath to add the mti_toolbox directory to your path. Type doc mti_toolbox to access this documentation. For more information, see README.md

Functionality

The MTI Toolbox provides the classes and functions for manipulating multilinear time-invariant systems using MATLAB's object-oriented features.

How to Cite

To support this toolbox and its authors, please cite the appropriate works. The primary references are given below. Additionally, please cite the specific references mentioned in the help or documentation for the functions you are using. Thanks very much for your support.

More information

This documentation is provided via the MATLAB Help interface under "Supplemental Software" and online at mti.systems.

Contact

The MTI Toolbox for MATLAB was developed by the Hamburg University of Applied Sciences (HAW Hamburg) in cooperation with the Application Center for Integration of Local Energy Systems (ILES) as part of Fraunhofer IWES and the German Electron Synchrotron (DESY). Please email info@mti.systems with any questions about the toolbox.