Title :
VisualSLX-an open user shell for high-performance modeling and simulation
Author :
Wiedemann, Thomas
Author_Institution :
Tech. Univ. Berlin, Germany
Abstract :
SLX by Wolverine software is actually one of the fastest simulation languages. Besides the high performance the SLX-compiler can be extended very easily by user specific syntax rules and new basic functions. This pyramid power of SLX is used to build a new system for modeling and simulation, VisualSLX. This system is a shell atop the standard SLX-compiler and the runtime system. All model and simulation data are stored in a universal database. VisualSLX could be used for a comfortable, rapid visual modeling and for remote modeling and simulation through the Internet without any knowledge of the SLX-syntax and modeling paradigms. This paper reveals the architecture and the underlying data structures of the system. Additional requirements and interfaces are caused by the application of VisualSLX as a Web-based modeling and simulation system
Keywords :
Internet; data structures; digital simulation; information resources; program compilers; simulation languages; software architecture; visual databases; Internet; SLX; VisualSLX; Web-based simulation; Wolverine software; data structures; database; high-performance modeling; high-performance simulation; open user shell; program compiler; rapid visual modeling; remote simulation; runtime system; simulation languages; software architecture; user specific syntax rules; Animation; Computational modeling; Data structures; Internet; Kernel; Modems; Object oriented modeling; Optimization methods; Power system modeling; Visual databases;
Conference_Titel :
Simulation Conference, 2000. Proceedings. Winter
Conference_Location :
Orlando, FL
Print_ISBN :
0-7803-6579-8
DOI :
10.1109/WSC.2000.899180