Title :
Multi-agent geosimulation for a water distribution System
Author :
Padilla Sifontes, Virginia ; Davila Quintero, Jacinto
Abstract :
This paper aims to show a multi-agent geosimulation for a water distribution system that has been designed and developed according to the conceptual and methodological guidelines that dictates a theoretical reference model presented in [1]. The domain of geosimulación system is in the field of Disaster Management and Risk Reduction, The system is oriented to public service and simulates the occurrence of changes in the dynamics of rain on a particular geography that could mean periods of drought. The construction of the system is a planned process of reuse of complete and entire architectures. For this purpose have been used for the construction of the experimental framework, functional simulation system as EpaNet and GALATEA, GIS such as gvSIG, and system integration architectures for distributed simulation such as HLA.
Keywords :
digital simulation; geographic information systems; multi-agent systems; water supply; EpaNet system; GALATEA system; HLA; conceptual guidelines; disaster management; distributed simulation; drought period; functional simulation system; geographical information system; gvSIG GIS; high level architecture; methodological guidelines; multi-agent geosimulation; rain dynamics; risk reduction; system integration architectures; water distribution system; Biological system modeling; Computational modeling; Computer architecture; Electronic mail; Handheld computers; Silicon; Software; HLA; Reference Model; geosimulation; multiAgent Systems;
Conference_Titel :
Computing Conference (CLEI), 2013 XXXIX Latin American
Conference_Location :
Naiguata
Print_ISBN :
978-1-4799-2957-3
DOI :
10.1109/CLEI.2013.6670651
