The Large Time Frequency Analysis Toolbox (LTFAT) is a modern Octave/Matlab toolbox for time-frequency analysis, synthesis, coefficient manipulation and visualization. It’s purpose is to serve as a tool for achieving new scientific developments as well as an educational tool. The present paper introduces main features of the second major release of the toolbox which includes: generalizations of...

The electrocardiogram (ECG) is a standard cost-efficient and non-invasive tool for the early detection of various cardiac diseases. Quantifying different timing amplitude features in between single ECG waveforms can reveal important information about underlying (dys-)function heart. Determining these requires fiducial points that mark on- offset as well peak each waveform (P wave, QRS complex, ...

We present OpenAWE [1], a Matlab/Octave toolbox for solving optimal control problems with an airborne wind energy (AWE) system. For example, the toolbox can be used to find a flight path that produces maximal power (see Figure), or to find launch and landing trajectories. Parameters of the system can be optimized. Therefore, using the toolbox can accelerate thedesignprocess in the developmentof...

The hierarchical Tucker format is a storage-efficient scheme to approximate and represent tensors of possibly high order. This paper presents a Matlab toolbox, along with the underlying methodology and algorithms, which provides a convenient way to work with this format. The toolbox not only allows for the efficient storage and manipulation of tensors but also offers a set of tools for the deve...

This report introduces the system identification toolbox in MatLab as a tool to produce the required transfer functions. Introduction During the last CfC meeting in Visby, one of the questions was how transfer functions can be described for implementation purposes. Conclusions This report contains a paper that shows how the system identification toolbox in MatLab is used as a tool to produce th...

The skeleton and the functionality of a Petri Net Toolbox, embedded in the MATLAB environment, are briefly presented, as offering a collection of instruments devoted to simulation, analysis and synthesis of discrete-event systems. The integration with the MATLAB philosophy responds to the general interest manifested by educators for enlarging the compatibility between the traditional background...