Agent-Based Simulation and Analysis of Network-Centric Air Defense Missile Systems
Network-Centric Air Defense Missile Systems
(NCADMS) represents the superior development of the air defense
missile systems and has been regarded as one of the major research
issues in military domain at present. Due to lack of knowledge and
experience on NCADMS, modeling and simulation becomes an effective
approach to perform operational analysis, compared with
those equation based ones. However, the complex dynamic interactions
among entities and flexible architectures of NCADMS put forward
new requirements and challenges to the simulation framework
and models. ABS (Agent-Based Simulations) explicitly addresses
modeling behaviors of heterogeneous individuals. Agents have capability
to sense and understand things, make decisions, and act on the
environment. They can also cooperate with others dynamically to
perform the tasks assigned to them. ABS proves an effective approach
to explore the new operational characteristics emerging in
NCADMS. In this paper, based on the analysis of network-centric
architecture and new cooperative engagement strategies for
NCADMS, an agent-based simulation framework by expanding the
simulation framework in the so-called System Effectiveness Analysis
Simulation (SEAS) was designed. The simulation framework specifies
components, relationships and interactions between them, the
structure and behavior rules of an agent in NCADMS. Based on scenario
simulations, information and decision superiority and operational
advantages in NCADMS were analyzed; meanwhile some
suggestions were provided for its future development.
[1] T.-k. Liu, X.-p. Xiong, and Y.-s. Zhao, "Research on survivability evaluation
and tradeoff of networking air defense missile systems," Systems
Engineering and Electronics, vol. 29, pp. 226-229, 2007.
[2] X.-l. Yin, "Architecture and techniques for future air and missile defense
systems (1)," China Astronautics, pp. 39-42, 2001.
[3] X.-l. Yin, "Architecture and techniques for future air and missile defense
systems (2)," China Astronautics, pp. 37-39, 2001.
[4] L.-x. Chen, Effectiveness Evaluation of Network-centric Air Defense
Missile Systems. BeiJing: National Defense Industry Press, 2007.11.
[5] U. S. A. F. SMC/XR, "SEAS User Manual, Version 3.7," 2007.2.
[6] J. B. Honabarger, "Modeling Network Centric Warfare (NCW) With the
System Effectiveness Analysis Simulation." vol. Master: Air University,
2006.
[7] G. V. DeStefano, "AGENT BASED SIMULATION SEAS EVALUATION
OF DODAF ARCHITECTURE," in Department of the Air Force.
vol. Master: Air University, 2004.
[8] B. W. Yong, "A C2 System for Future Aerospace Warfare," in Command
and Control Research and Technology Symposium, 2004.
[9] B. W. Yong, "Future Integrated Fire Control," in 10th International
Command and Control Research and Technology Symposium, McLean,
Virginia, USA, 2005, pp. 1-21.
[10] "SMP 2.0 Handbook Issue 1 Revision 2," in EGOS-SIM-GEN-TN-0099:
EUROPEAN SPACE AGENCY, 2005.10.
[11] "SMP 2.0 SMP 2.0 C++ Mapping Issue 1 Revision 2 " in
EGOS-SIM-GEN-TN-0102: EUROPEAN SPACE AGENCY, 2005.10.
[12] A. D. S and J. J, Network centric warfare: developing and leveraging
information superiority, 2000.
[1] T.-k. Liu, X.-p. Xiong, and Y.-s. Zhao, "Research on survivability evaluation
and tradeoff of networking air defense missile systems," Systems
Engineering and Electronics, vol. 29, pp. 226-229, 2007.
[2] X.-l. Yin, "Architecture and techniques for future air and missile defense
systems (1)," China Astronautics, pp. 39-42, 2001.
[3] X.-l. Yin, "Architecture and techniques for future air and missile defense
systems (2)," China Astronautics, pp. 37-39, 2001.
[4] L.-x. Chen, Effectiveness Evaluation of Network-centric Air Defense
Missile Systems. BeiJing: National Defense Industry Press, 2007.11.
[5] U. S. A. F. SMC/XR, "SEAS User Manual, Version 3.7," 2007.2.
[6] J. B. Honabarger, "Modeling Network Centric Warfare (NCW) With the
System Effectiveness Analysis Simulation." vol. Master: Air University,
2006.
[7] G. V. DeStefano, "AGENT BASED SIMULATION SEAS EVALUATION
OF DODAF ARCHITECTURE," in Department of the Air Force.
vol. Master: Air University, 2004.
[8] B. W. Yong, "A C2 System for Future Aerospace Warfare," in Command
and Control Research and Technology Symposium, 2004.
[9] B. W. Yong, "Future Integrated Fire Control," in 10th International
Command and Control Research and Technology Symposium, McLean,
Virginia, USA, 2005, pp. 1-21.
[10] "SMP 2.0 Handbook Issue 1 Revision 2," in EGOS-SIM-GEN-TN-0099:
EUROPEAN SPACE AGENCY, 2005.10.
[11] "SMP 2.0 SMP 2.0 C++ Mapping Issue 1 Revision 2 " in
EGOS-SIM-GEN-TN-0102: EUROPEAN SPACE AGENCY, 2005.10.
[12] A. D. S and J. J, Network centric warfare: developing and leveraging
information superiority, 2000.
@article{"International Journal of Information, Control and Computer Sciences:53493", author = "Su-Yan Tang and Wei Zhang and Shan Mei and Yi-Fan Zhu", title = "Agent-Based Simulation and Analysis of Network-Centric Air Defense Missile Systems", abstract = "Network-Centric Air Defense Missile Systems
(NCADMS) represents the superior development of the air defense
missile systems and has been regarded as one of the major research
issues in military domain at present. Due to lack of knowledge and
experience on NCADMS, modeling and simulation becomes an effective
approach to perform operational analysis, compared with
those equation based ones. However, the complex dynamic interactions
among entities and flexible architectures of NCADMS put forward
new requirements and challenges to the simulation framework
and models. ABS (Agent-Based Simulations) explicitly addresses
modeling behaviors of heterogeneous individuals. Agents have capability
to sense and understand things, make decisions, and act on the
environment. They can also cooperate with others dynamically to
perform the tasks assigned to them. ABS proves an effective approach
to explore the new operational characteristics emerging in
NCADMS. In this paper, based on the analysis of network-centric
architecture and new cooperative engagement strategies for
NCADMS, an agent-based simulation framework by expanding the
simulation framework in the so-called System Effectiveness Analysis
Simulation (SEAS) was designed. The simulation framework specifies
components, relationships and interactions between them, the
structure and behavior rules of an agent in NCADMS. Based on scenario
simulations, information and decision superiority and operational
advantages in NCADMS were analyzed; meanwhile some
suggestions were provided for its future development.", keywords = "air defense missile systems, network-centric,agent-based simulation, simulation framework, information superiority,decision superiority, operational advantages", volume = "4", number = "5", pages = "903-7", }