Software CALD | EGI Applications Database

Applications Database
Supporting
Applications Database
Supporting
Applications Database
Supporting
Applications Database
Supporting
Applications Database
Supporting

Click to visit the AppDB VMOps Dashboard for deploying and managing Virtual Machines to the EGI Cloud infrastructure.read more

.noscript.softwareentry {display: block;width: 1000px;}.noscript.softwareentry .field {display: block;padding-bottom: 0.5em;padding-left: 10em;width: auto;text-align:left;}.noscript.softwareentry .field .fieldtype {color: #444444;display: inline-block;font-weight: bold;min-width: 90px;vertical-align: top;width: 90px;}.noscript.softwareentry .field .fieldvalue {display: inline-block;max-width: 780px;text-align:left;}.noscript.softwareentry .field.image {height: 100px;left: -110px;position: absolute;top: 0;width: 100px;.height: 100px;border:none;}

Name:CALD

Description:laserac: CALD - Cellular Automata-based Laser Dynamics

Abstract:This application simulates the dynamics of laser devices using a Cellular Automata-based discrete model. Individual-based models like Cellular Automata are very effective to carry out detailed simulations of complex systems in a broad range of fields of science and technology. This kind of models has been recently applied by the proponent to simulate one of the most paradigmatic complex systems of particular technological importance: laser systems. Our application uses this model to carry out simulations intended to understand the emergence of macroscopic behaviors in lasers, arising from the interaction of simple microscopic components, and to simulate specific optoelectronic devices of arbitrary shape. The application was ported within the framework of the DEGISCO project.