Metamodelo software para simulación remota interactiva en ambiente Web

Abstract

Simulation plays a crucial role in supporting the understanding of real-world phenomena; interactive simulation with progressive event visualization is even more valuable for this purpose. However, certain types of systems require significant computational resources, in terms of both memory and processing. A possible solution to this problem is to conduct simulations in a Web environment, allowing the client to perform progressive visualization of the results obtained from the server-side logic processing. Current simulation solutions present challenges for client devices, including low user interactivity on the client device and high consumption of both bandwidth and computational resources for processing simulation logic. This often makes such solutions limit interactivity or become costly in terms of processing, memory, and network usage. How can computational and network requirements on the client be reduced while maintaining high levels of interactivity and progressive visualization in simulation software? The objective of this proposal is to design a software metamodel for interactive remote simulation with progressive visualization in a Web environment by applying a methodological technique based on iterative and incremental models, which allows for obtaining results in both conceptual and development terms.