Countermeasure development method and system

Abstract

An architecture is provided for incorporating systems-thinking and cognitive psychology. A simulation nodule partners with a systemizing nodule to develop a solution (a countermeasure) a problem that an opponent could apply to injure the entity. Problem-defining, solution-developing, weakness-exposing, and / or solution-revising steps can be conceptualized from the opponent's viewpoint thanks to a role-reversing nodule, defensive theories can be tested by a combat-imitating nodule, and conclusions can be confirmed via a reality-checking nodule.

Description

[0001]This application claims priority under 35 USC 119 from U.S. Provisional Application No. 61 / 185,611, filed Jun. 10, 2009, which is incorporated herein by reference in its entirety.BACKGROUND OF THE INVENTION[0002]“Virtual” and other types of simulators are routinely used during training sessions or other experience-seeking exercises. By simulating unfamiliar scenarios, people can be programmed to respond in an appropriate manner to similar situations when later encountered. Simulation technology allows a replication of realtime tension, whereby human participants remain more involved and in a more intense mindset.SUMMARY OF THE INVENTION[0003]A simulation architecture is provided that may prove especially useful when addressing not yet encountered concerns or threats, often generated through unfamiliar modes of thought. In a military situation, for example, centuries-worth of historical data on conventional warfare (e.g., soldiers wearing uniforms, civilian lives spared wheneve...

AI Technical Summary

Benefits of technology

The invention provides a simulation architecture that can help address uncertainties and threats in a more comprehensive way. It allows for the identification of patterns and weaknesses in a system and the development of solutions to address these threats. The architecture includes a simulation nodule and a systemization nodule that incorporates systems-thinking tenets. The systemization nodule examines the interconnectedness of objects and their attributes, deciphers emergent properties, ascertains the goal or final state, determines input / output, traces the transformation of inputs to outputs, evaluates disorder or randomness, finds feedback and regulation, ranks subsystems, and identifies alternate inputs that can achieve the same objectives. Overall, the invention provides a more effective way to address complex threats and challenges.

Problems solved by technology

In a military situation, for example, centuries-worth of historical data on conventional warfare (e.g., soldiers wearing uniforms, civilian lives spared whenever possible, etc.) does little good when facing today's terrorists.

In a business situation, products which integrate emerging technology cannot depend upon traditional business plans to guarantee commercial success.

The weakness-exposing node also exposes weaknesses in the solution revised by the solution-revising node.

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