Implementation of the submarine diving simulation in a distributed environment
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초록
To implement a combined discrete event and discrete time simulation such as submarine diving simulation in a distributed environment, e.g., in the High Level Architecture (HLA)/Run-Time Infrastructure (RTI), a HLA interface, which can easily connect combined models with the HLA/RTI, was developed in this study. To verify the function and performance of the HLA interface, it was applied to the submarine dive scenario in a distributed environment,and the distributed simulation shows the same results as the stand-alone simulation. Finally, by adding a visualization model to the simulation and by editing this model, we can confirm that the HLA interface can provide user-friendly functions such as adding new model and editing a model.
Abstract
To implement a combined discrete event and discrete time simulation such as submarine diving simulation in a distributed environment, e.g., in the High Level Architecture (HLA)/Run-Time Infrastructure (RTI), a HLA interface, which can easily connect combined models with the HLA/RTI, was developed in this study. To verify the function and performance of the HLA interface, it was applied to the submarine dive scenario in a distributed environment,and the distributed simulation shows the same results as the stand-alone simulation. Finally, by adding a visualization model to the simulation and by editing this model, we can confirm that the HLA interface can provide user-friendly functions such as adding new model and editing a model.
참고문헌 (20)
- Bang, K.W., "Combined discrete event and discrete time simulation framework for shipbuilding process planning", pp.2006
- Cha, J.H., "A study on the distributed simulation of the underwater vehicle using the high level architecture", Proceeding of the society of naval architecture of Korea. Jeju, Korea, pp.1494~1505 (2004)
- Cha, J.H., "A study on the modeling and simulation based on the HLA (High Level Architecture) for developing the virtual prototype technique of the underwater vehicle", Proceeding of the society of CAD, 2004, 345~354
- 차주환, "Combined discrete event and discrete time simulation framework and its application to the block erection process in shipbuilding", ADVANCES IN ENGINEERING SOFTWARE, 41(4), pp.656~665 (2010), ELSEVIER SCI LTD
- DMSO, "HLA Rules version 1.3", IEEE Standards Draft, ~ (1998)
- DMSO, "HLA Interface Specification version 1.3", IEEE Standards Draft, ~ (1998)
- DMSO, "HLA Object Model Template Specification version 1.3", IEEE Standards Draft, ~ (1998)
- Gertler, M., "Standard equations of motion for submarine simulation", Naval Ship Research and Development Center, ~ (1967)
- Ham, S.H., "Submarine diving and surfacing simulation using discrete event and dynamic-based discrete time combined modeling architecture", Proceedings of the society of naval architecture of Korea. Changwon, Korea, pp.163~171 (2008)
- Kuijpers, N.H.L., "Applying data distribution management and ownership management services of the HLA interface specification", Proceedings of simulation interoperability workshop. Orlando, USA (1999)
- Lee, J.S., "Dynamic multiplexing and high-performance meling in dstributed simulation", Journal of Simulation, 81(5), pp.365~380 (2005)
- Lee, J.S., "Design and development of data distribution management environment", Journal of Simulation, 77(1), pp.39~52 (2001)
- Lee, S.J., "A study on model structure based on high level architecture for distributed simulation of underwater vehicles", 박사, pp.2006
- Lee, S.J., "A study on the model structure based on the high level architecture for the distributed simulation of the underwater vehicles", Pyeongchang, Korea, pp.913~921 (2006)
- Praehofer, H., "System theoretic foundations for combined discrete-continuous system simulation", 박사, pp.1991
- Son, M.J., "Development of submarine simulation model architecture using combined discrete event and discrete time system specification", Proceeding of the society of naval architecture of Korea. Jeju, Korea, pp.1659~1668 (2008)
- Woo, J.H., "Modeling and simulation of indoor shop system of shipbuilding by integration of the product, process, resource and schedule information", 박사, pp.2005
- The DEVS, "HLA distributed simulation environment and its support for predictive filtering", Zeigler, B.P., 1998
- Zeigler, B.P., "Implementation of the DEVS formalism over the HLA", RTI: Problems and solutions, 1999, ~
- Zeigler, B.P., "Theory of modeling and simulation. 2nd Ed" (2000), Academic Press