tens of millions of people. The aftermaths of those liberations are persistent insurgencies that arose in 2003 and 2004, respectively. Counter-insurgency and irregular warfare (COIN) operations in response to these insurgencies have shown the importance of modeling and simulation.As way of perspective, the Journal of Defense Modeling and Simulation: Applications, Methodology, Technology (JDMS) as part of its mission to publish "refereed archival journal devoted to advancing the practice, science, and art of modeling and simulation as it relates to the military and defense" has archived numerous articles over the past 5 years that describe modeling and simulation in COIN.Included in this archive is Andy Ceranowicz and Mark Torpey's 2005 article "Adapting to Urban Warfare" that describes modeling and simulation methods "to investigate concepts for applying future technologies to joint urban operations". 1 Urban operations are indicative of a large segment of modern counter-insurgency warfare. Marvin Baker Schaffer posits in his 2007 article "A Model of 21 st Century Counterinsurgency Warfare" that describes a mathematical modeling method for representing insurgency warfare where the paradigm for warfare is "psychological wars of political endurance, not attrition". 2 In addition to the fore-mentioned method articles, Michelle Mayo, Michael J. Singer, and Laura Kusumoto in their 2006 article "Massively Multi-player (MMP) Environments for Asymmetric Warfare" presented research on one promising technological approach for modeling and simulation by "evaluating the use of MMPs for Army training for operations in asymmetric warfare environments". 3 Within the application domain and in light of the increasing use of robots as team members in counterinsurgency operations, Michel Proctor, Gilbert Cardona, and Christopher Hollander in their 2008 article "Using Simulation to investigate a Non-anthropomorphic Framework for Communications within a Human-agent War-fighting Team", "explore the contribution to collaborative, covert