ICST Transactions on Simulation Tools and Techniques
Scope
Simulation modeling is an essential aspect of designing, developing, and understanding complex systems. Because of its importance, simulation modeling is of significant interest to scientists and engineers from all disciplines. The broad interest, and a growing reliance on simulation and its applications, has led to continuing development and improvement of simulation tools. There is now a clear need for a forum where scientists and engineers can publish original innovative research pertaining to simulation tools and modeling methodologies. The ICST Transactions on Simulation Tools and Techniques, SimTT, meets this need. SimTT is the only scientific publication to focus exclusively on simulation modeling tools and methodology. SimTT accepts papers from all disciplines. Issues also include a theme-based section made up of papers addressing a specific topic. The theme-based papers are typically drawn from disciplines other than computer science. The publication of simulation research from both computer science and other disciplines provides the opportunity for scientists to broaden their knowledge of simulation tool research in a wide range of applications. SimTT’s purpose is to disseminate original research on simulation tool development and methodology, including research across multiple disciplines. This inter-disciplinary approach encourages interaction between all users and developers of simulation tools.
EIC's keywords:
Application domains: hardware simulators, quality of service simulation, operating systems, networks, protocols & traffic modeling, embedded systems, mobile, wireless & sensors, vehicular and robotics systems, distributed systems, peer-to-peer, overlay networks, grid computing, high performance computing, production, logistic & transportation, robotics and intelligent system simulation, biological systems simulation, emergency response models, hardware, circuits, health, emergency response models, education and training
Methodology, techniques, formalisms & simulators: performance evaluation studies, virtual reality & visualization, continuous, discrete, & hybrid models, events, causality & synchronization, validation, verification & accreditation, experiment planning, sampling, post-processing & data analysis, discrete-event simulation, web-based & network centric simulation, agent-based simulation, languages and programming support, user interface, ergonomics, Petri nets, SDL, UML, DEVS simulators, HLA, RTIs & middlewares, simulation performance, accelerators, and optimizations, security systems, open source tools