Parallel and distributed simulation is concerned with the efficient execution of large-scale discrete event simulation models on multiprocessors and distributed platforms. After the development of World Wide Web (WWW), many efforts in parallel and distributed simulation have been made for modeling, particularly building simulation languages and creating model libraries that can be assembled and...

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water changes information in the hydrological system, in time and space, as an environmental issue takes heed of managers and decision makers in watershed management and river engineering, which can be addressed by using spatially distributed modeling. in this study simulation of water balance components in taleghan mountainous watershed is performed using the spatially distributed hydrological...

Abstract The paper designs and implements a low-orbit constellation simulation system based on the distributed platform. Based analyzing composition service process of LEO system, overall architecture index are proposed. Taking typical application scenario as an example, operation is planned designed, evaluation methods overage, capacity, delay, bit error rate, other indicators given. By using ...

The use of agent-based simulation models in NetLogo for research is growing rapidly in a number of fields of science and engineering, including in computer science, for example for analyzing the performances of asynchronous search techniques based on distributed constraints. Distributed Constraint programming (DisCSP/DCOP) is a programming approach used to describe and solve large classes of pr...

We describe a distributed simulation tool which addresses the unique needs for the simulation of emergency response scenarios. The simulation tool adopts the multi-agent paradigm, so as to facilitate the modelling of diverse and autonomous agents, and it provides mechanisms for the interaction of the entities that are being simulated. It operates in a distributed fashion to reduce the simulatio...

The potential gain in speeding up the execution time of computationally intensive simulation in workstation clusters is tremendous. One of the challenges for exploring this gain is adaptation of the dynamic workload conditions and the heterogeneity of the workstation clusters. Static schemes of allocating simulation workload to distributed workstations are inadequate because the assigned worklo...

Distributed simulation is desirable at many levels of system design. Modeling and simulation of large complex systems, remote monitoring and control, and nondestructive remote testing of devices are three examples of the many applications in which both distributed and realtime distributed simulation are advantageous. Distributed simulation reduces simulation complexity by allowing the partition...

Distributed generation (DG) sources are becoming more prominent in distribution systems due to the incremental demands for electrical energy. Locations and capacities of DG sources have great impacts on the system losses in a distribution network. This paper presents a study aimed for optimally determining the size and location of distributed generation units in distribution systems with differ...