As computing power increases, many researchers have addressed online discrete event
simulation approaches for real-time decision making in manufacturing shop floors. They …

Model continuity refers to the ability to transition as much as possible a model specification
through the stages of a development process. In this paper, the authors show how a …

The growth of real-time embedded applications has surged in recent years, marked by both
an increase in the number and complexity of tasks performed across various industries …

Powered by the rapid advance of computer, network, and sensor/actuator technologies,
distributed real-time systems that continually and autonomously control and react to the …

The Smart Grid is a relatively new effort for the way we distribute energy within the country.
While it is best known for its capability to allow end users to sell energy generated from …

Due to the ever-increasing computational capabilities and the increasing use of automated,
distributed large-scale systems, intelligent controllers are being proposed and designed …

Next-generation computation-and network-intensive collaborative applications in various
science, engineering, and e-commerce fields feature large-scale computing workflows of …

Next-generation computation-intensive collaborative applications in various science and
engineering fields feature large-scale distributed computing workflows. There exist many …

Simulation of Distributed Systems INTRODUCTION Page 1 Simulation of Distributed
Systems Fernando G. Gonzalez School of Electrical Engineering and Computer Science …

Next-generation computation-intensive scientific applications feature large-scale computing
workflows of various structures, which can be modeled as simple as linear pipelines or as …