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Warfare Analysis

Critical Challenges

The acceleration of technology, the changing nature of warfare, and the “analytic agenda” of the Secretary of Defense and the Chief of Naval Operations are pushing our sponsors to make decisions on resources more quickly. At the same time, there is more uncertainty as to future warfighting needs and required capabilities. Yet the decision-making still requires analyses done with pedigreed models and simulations.

The Critical Challenge for Warfare Analysis is to develop and apply a new generation of quantitative analysis methods and tools that support reduced decision cycle times yet are grounded in
     (1) modern principles of warfare,
     (2) technology-enabled command and control, and
     (3) feasible system concepts and technologies.
Our approach to this challenge is to develop new tools that form a linked foundation of credible models, from the tactical/mission level through the operational/campaign level, to quantitatively support decision-making at the operational/campaign level.

Our sponsor community has identified a number of specific critical issues that they face for the near term. Many (indeed most) of these issues are manifestations of the overarching critical challenge. These broad challenge areas include:

  • Developing, executing, and institutionalizing a strong analytical underpinning for the Joint Capabilities Integration and Development System (JCIDS)
  • Developing, testing, and assessing new national and joint command and control constructs tailored to the future operating environment
  • Developing and assessing alternative force structures, operating concepts, C2 constructs, C2ISR architectures, and systems capabilities
  • Developing and assessing mission-area, individual-service, joint-force, and inter-agency future visions, roadmaps, and investment strategies
  • Developing and applying improved and highly responsive warfare analyses capabilities based on advanced modeling, simulation, decision support, and collaborative analyses techniques and environments.

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Last verified: 10/5/2005