Abstract
Simulation technology is commonly used to study physical systems or imagined systems. Simulation systems can be used to perform what-if analysis on the simulated system, to predict the different results of varying key parameters/estimates or to examine a series of solutions prior to making the final implementation decision. It introduces the integration requirement of simulation test-bed, and the importance of decoupling the simulation component from normal federates is explained. The framework of test-bed which is based on the Data Distribution Service (DDS) model is proposed. A series of experiments to compare the decoupled architecture with a normal one are performed to study the scalability by emulating the simulation process based on the decoupled architecture.
Publisher
Trans Tech Publications, Ltd.
Reference7 articles.
1. S. AbouRizk, Y. Mohamed, Simphony-An Integrated Environment for Construction Simulation[C], Proceedings of the 2000 Winter Simulation Conference, 2000(12): 1907-(1974).
2. C. Berchtold, M. Hezel. An Architecture for Fault-tolerant HLA-based Simulation[C], Proceedings of the 15th International European Simulation Multi- Conference (ESM) 2001, June 2001(6): 616-620.
3. Gerardo P C. OMG Data-Distribution Service(DDS)：Architectural Update[C]. 2004 IEEE Military Communications Conference, 2004, 2：961～967.
4. Rajkumar R. , Gagliardi M., Sha L. The Real-Time Publisher/Subscriber Interprocess Communication Module pour Distributed Real-Time Systems：Design and Implementation[C]. Proceedings of the first IEEE Real-Time Technology and Applications Symposium, 1998(6), P171-179.
5. Carzaniga A, Rosenblum DS, WolfAL. Design and evaluation of a wide-area event notification service[J]. ACM Trans. Computer Systems, 2001, 19(3), P332-383.