This research is done during my master’s degree, it emphasize on graph theory applying for real-time system, a system with multi-processors architecture for signal and digital image applications. The work is done for the SynDEx project at national institute of INRIA. The aim of project is to develop software that from algorithm/architectural graphs, the executive code is generated and implemented on electronic system automatically. In order to develop an application, user just only needs to design a graph, data flow graph precisely. There is another project at INRIA, called Scicos, software like Simulink. It’s for system simulation that designed on control graph. The objective of my work is when a user designs a system on Syscos, it should be implemented directly on a electronic system. It means that we have to transform a functional system on control graph (Scicos) to a system that function by data flow graph (SynDEx). I proposed solution to solve the problem by transforming the control graph to an immediate graph, called Graphe H?rarchique d’Unit?s Fonctionnelles.
Thesis
- N. Suvonvorn, Graphe Hiérarchique d’Unités Fonctionnelles et l’Optimisation pour la Transformation du graphe Scicos en graphe d’algorithme SysDEx, Master degree dissertation, Université de Paris XI & INRIA, Paris, France, 2003.
Publications
- N. Suvonvorn, N. Pernet et Y. Sorel, (2003), Graphe Hiérarchique d’Unités Fonctionnelles et l’Optimisation, In Proceedings of the First Academic Conference of Thai Students in France and Europe, organized by the Association of Thai Students in France under royal patronage of Thailand, June 14, 2003, Grenoble, France.
- N. Suvonvorn, N. Pernet et Y. Sorel, (2003), Transformation du graphe Scicos en graphe d’algorithme SynDEx, In Proceedings of the First Academic Conference of Thai Students in France and Europe, organized by the Association of Thai Students in France under royal patronage of Thailand, June 14, 2003, Grenoble, France.