시뮬레이션 기반 전투실험을 위한 DEVS 통합 개발 환경 = The DEVS Integrated Development Environment for Simulation-based Battle experimentation

다국어 초록 (Multilingual Abstract)

Simulation based Battle Experimentation is to examine the readiness for a battle using simulation technology. It heavily relies on the weapon systems modeling and simulation. To analyze the characteristics and complexity of the weapon systems in the experiment, the modeling & simulation environment has to be able to break down the system of systems into components and make the use of high fidelity components such as real hardware in simulation. In that sense, the modular and hierarchical structure of DEVS (Discrete EVent System Specification) framework provides potentials to meet the requirements of the battle experimentation environment. This paper describes the development of the DEVS integrated development environment for Simulation based Battle Experimentation. With the design principles of easy, flexible, and fast battle simulation, the newly developed battle experimentation tool mainly consists of 3 parts - model based graphical design tool for making DEVS models and linking them with external simulators easily through diagrams, the experiment plan tool for speeding up a statistic analysis, the standard components model libraries for lego-like building up a weapon system. This noble simulation environment is to provide a means to analyze complex simulation based experiments with different levels of models mixed in a simpler and more efficient way.

참고문헌 (Reference)

1 Bernard P. Zeigler, "Theory of Modeling and Simulation" ACADEMIC PRESS 2001

2 N.Abdellaui, "The Role of Modeling and Simulation in the Canadian Joint Fire Support Technology Demonstration" DRDC 2006

3 National Research Council, "The Role of Experimentation" National Academies Press 2004

4 "OneSAF Public"

5 The Technical Cooperation Program, "Guide for Understanding and Implementing Defense Experimentation"

6 Tag Gon Kim, "DEVSim++ ver3.0 Developer’s Manual"

7 IABG Brochure, "Battle Lab Reference, 2006 Guido Sandmann, The MathWorks at a Glance"