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We present a simulation model designed for the evaluation of fault tolerance solutions working in large scale distributed systems. This model extends the MONARC simulation model with new capabilities for fault tolerance simulation. The model includes failure behavior and capabilities to detect and react to faults. We also present an implementation of this model in MONARC, together with specific evaluation...
Modeling and simulation of complex systems are activities where collaboration between researchers with complementary points of view, skills and knowledge is well established and constitutes the usual working way rather than an exception. To manage difficulties of traditional modeling project (how to translate informal knowledge into an implemented software, which intermediate models are needed to...
Information modeling plays a central role in managing complexity of the distributed electronic systems. This paper proposes a nature-inspired distributed active information model (DAIM) to enable the local decision-making process, that will fundamentally contribute to a number of complex distributed electronic environments. The consequences from multiple distributed decision-makers give rise to the...
This special section focuses on the study of network architectures and their formation as well as on the description of dynamical processes that take place over networks. A common thread throughout the five articles is the role of distributed processing and control, as well as the search for network-growth mechanisms that give rise to the desired structure and behavior.
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