This functions load, process and plot the data from the John Hopkins COVID-19 database.

Frequency analyser useful for interpretation of experimental data or a comparison of theoretical results with measurements.

Send and receive CAN messages with NI-XNET CAN devices.

Precise modeling of satellite's perturbed motion (special perturbations approach)

Precise modeling of satellite's perturbed motion (special perturbations approach)

Simulate spread of COVID19

Orbit Determination from Tracking and Data Relay Satellite Measurements

An implementation of Lucas-Kanade optical flow method with pyramidal approach for 3-D images

An implementation of Horn-Schunck optical flow method for 3-D images

An implementation of Lucas-Kanade optical flow method for 3-D images

Estimation of coronavirus COVID-19 epidemic evaluation by the SIR model, Code receives and plots most recent data from HDX.

Computation of state transition matrix for desired degree and order of gravity field of the Earth.

Spline toolbox for the definition, evaluation and visualization of spline curves and surfaces based on standard B-splines

This code will generate an animation displaying the spread of COVID-19 and save it as a video file. Data is obtained and processed from HDX.

This demo shows how to prepare, model, and deploy a deep learning LSTM based classification algorithm to identify the condition or output of

This code gets different single fig files and plot all of them together inside a new figure.

Toolbox for simulating optical tweezers

Simple alarm test.