Current Project HOME>PROJECTS>HLA/RTI Interoperation of engineering/engagement level simulation Research Purpose 공학/교전 모델 연동 기술 연구 공학/교전 모델 연동 프레임워크 구축 각 모델 컴포넌트의 플러그 인 서비스 모듈 구축 Research Method 공학 모델 구축 : MATLAB/Simulink 교전 모델 구축 : DEVS, Event-Oriented, Object-Oriented, Process-Oriented 연동 프레임워크 구축 : PlugSim, Smart Adaptor 이용 Research Results 체계의 공학적 성능 및 체계 효과도 분석에 활용 가능 각 모델의 플러그 인 서비스 모듈화 가능 재사용성 증가 및 유지보수 비용 절감 Publication Chang Ho Sung, Jeong Hee Hong and Tag Gon Kim, “Interoperation of DEVS Models and Differential Equation Models using HLA/RTI: Hybrid Simulation of Engineering and Engagement Level Models,” 2009 Spring Simulation MultiConference, San Diego, CA, USA, Mar., 2009. Construction of Submarine Combat System Simulation for the Analysis of Engagement Effectiveness Research Purpose Development of Submarine Combat System Simulation Analysis of Engagement Effectiveness and Tactics Research Method Research of the methodology of Submarine Combat System Research of Concept of Submarine Combat System Operation Research of the Interoperable Simulation Environment Research Results Construction of software of Submarine Combat System Simulation Component Based Development for Submarine Combat System Simulation Publication Development of Run-time Infrastructure Research Purpose Develop RTI Software which is complaint with IEEE 1516 Standard Should be replaced with Commercial RTI Research Method RTI Development Kit (RDK) and Framework Design Data Distribution and Time Synchronization Research Prototype Analysis, Design and Implementation Research Results Acquisition of RDK and RTI framework and Prototype Development Test and performance evaluation of Developed RTI Publication Jeong Hee Hong, Jae Hyun Kim and Tag Gon Kim, SCSC-2007, San Diego, USA, pp. 379 - 385, Aug., 2007. Jung Hyun Ahn, Jae Hyun Kim and Tag Gon Kim, SCSC-2007, San Diego, USA, pp. 386 - 391, Aug., 2007. 안정현, 홍정희, 성창호, 김탁곤, “IEEE 1516 HLA/RTI 기반 연동 Adaptor의 설계 및 구현,” 한국군사과학기술학회, pp165-168, 2008년 8월. 홍정희, 김탁곤, 트랜지언트 메세지에 따른 HLA/RTI 시간 관리 서비스의 성능 측정,” 한국시뮬레이션학회 '09춘계학술대회, pp151-155, 2009년 5월. Validation of WarShip Anti-Air Defense(Hard-Kill) Doctrine Research Purpose Navy Anti-Air Defense (Hard-Kill) Doctrine Validation through M&S based Doctrine Analysis and Battle Experiment Validation of Anti-Air Defense(Hard-Kill) Doctrine Research Method Domain Analysis and Model Design based on DEVS Formalism Implementation of Simulator based on DEVSim++ Scenario Design Method using Latin Hypercube Design Research Results Proposal of Doctrine Validation Method Utilization to the training, tactical discussion and development Simulation for Various Scenario (Warships Deployment) Measurement of effectiveness of Anti-Air Defense Doctrine Publication Intelligent Virtual Agent Framework Research Purpose Developing Reconfigurable Intelligent Virtual Agent(IVA) Simulation Framework Developing Evolutionary IVA Framework Research Method Implementation of Simulation Engine using DEVSim++ Designing Open Architecture of IVA Framework Research Results On going Publication

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