The mission of the Air Force Research Lab’s Munition Directorate is to develop, integrate, and transition science and technology for air-launched munitions with the purpose of defeating ground-fixed, mobile/relocatable, air, and space targets, hereby assuring the preeminence of the U.S.
An example of an advanced system-of-systems weapon system involves many vehicles loitering over a battlefield waiting to strike time-critical targets once they appear, such as this mobile missile launcher. Besides the analysis of equipment technologies, FLAMES® also supports the analysis of CONOPS.
Air Force Research Lab Munitions Directorate Use of FLAMES
The Air Force Research Lab’s Munitions Directorate (AFRL/RW) uses modeling and simulation to better study advanced, conceptual weapon systems. These weapon systems are actually a system-of-systems that use many technologies not yet developed. As budgets shrink, the efficient use of resources becomes critical. Applied Research Associates (ARA) is developing system-of-systems simulations models to represent these conceptual weapon systems and providing analysis that enables the AFRL/RW to make better investment decisions in both effort and funding.
Based on experience, warfighters identify abilities that would allow them to better accomplish their missions. Recent examples include the ability to attack deeply buried targets and the ability to detect and destroy mobile launchers that come out of hiding over an extended period of time. Engineers then devise conceptual weapon systems based on existing and/or future technologies to meet the warfighters’ needs. Since developing and transitioning these conceptual weapon systems requires a tremendous amount of resources, these concepts must be evaluated in terms of viability, cost, and risk. Furthermore, as the concepts advance in maturity, analysis can determine sensitivities to technology development.
Using the FLAMES architecture, ARA is supporting the AFRL/RW in developing weapon systems for the next decade. FLAMES enabled ARA to develop system-of-systems simulation models very quickly and efficiently. In particular, the FLAMES architecture supports independent equipment modeling, allowing ARA to build models for various communications equipment, sensors, and munitions being considered for the conceptual weapon system. These equipment models can then be “plugged” into the system-of-systems simulation for sensitivity analysis of their impact.
In addition to specific equipment models, ARA has learned the tremendous importance and impact of cognitive models for conceptual weapon systems. Cognitive models represents how the weapon system is employed, how the systems interact with each other within the system-of-systems, how the equipment interacts within a system, and how information is utilized. The FLAMES architecture fully supports the development of cognitive models, a key feature not found in other simulation architectures.
Since the weapon systems designed and considered by the AFRL/RW are conceptual, how the weapon systems are best employed is not known. The technologies these system-of-systems weapon systems bring to the warfighter represent a paradigm shift in capabilities and concept of operations. Applied Research Associates is able to support the development of not only the technologies used by advanced system-of-systems weapon systems, but also how the advanced weapon systems use the technology and how to employ such a weapon system.