Title :
Architectures for distributed information systems supporting environmental simulation
Author :
Unger, Steffen ; Asselmeyer, Torsten
Author_Institution :
GMD FIRST, Berlin, Germany
Abstract :
Different distributed environmental simulation systems are presented. They take advantage of the possibilities of modern network technologies to gather input data, perform simulation and spread the simulation results. The term `distributed´ applies in this context both to the simulation, which is a parallel (distributed) simulation on computer networks, and to the fact, that all components (pre- and postprocessing and the simulation models) may reside in different locations and will be accessed via the Web. The systems described use this architecture to a different extent. Based on this it is shown, that it should be possible to build a system which links various data sources, simulation models, visualization and information tools, all of them running possibly remotely on the corresponding hardware. Such a system would form a distributed virtual laboratory
Keywords :
computer networks; digital simulation; environmental science computing; parallel programming; scientific information systems; Web; computer networks; data sources; distributed environmental simulation systems; distributed information system architectures; distributed virtual laboratory; hardware; parallel simulation; simulation models; visualization; Air pollution; Atmospheric measurements; Computational modeling; Computer simulation; Context modeling; Data visualization; Distributed information systems; Modems; Pollution measurement; Soil;
Conference_Titel :
Computer Science Society, 2000. SCCC '00. Proceedings. XX International Conference of the Chilean
Conference_Location :
Santiago
Print_ISBN :
0-7695-0810-3
DOI :
10.1109/SCCC.2000.890410