Next-Generation, Multirole Fighter Instruction and Rehearsal Environment (GeMFIRE)

ABSTRACT:New 4.5th and 5th-generation USAF fighter aircraft (e.g., the F-22 and F-35) can be adapted for multiple missions and offer a wealth of emerging technological capabilities. In these aircraft, pilots must master new tactics and procedures that differ significantly in comparison to previous generation aircraft. However, comprehensively training pilots across such emerging tactics and procedures is not economical in live exercises. To effectively, efficiently, and economically prepare pilots for next-generation multirole aircraft, we conducted a Phase I effort to design and demonstrate a Next-Generation, Multirole Fighter Instruction and Rehearsal Environment (GeMFIRE). In Phase I, we successfully established the feasibility of our approach, integrating a variety of low-cost, commercial devices. We demonstrated a DIS-enabled software simulation environment for simultaneous multi-pilot missions, and a scenario creation tool for multi-mission exercise design. Based on the successful completion of Phase I, we propose a Phase II effort to design, develop, and evaluate GeMFIRE. In Phase II, we will: (1) refine our work analysis with 4.5/5th-generation aircraft experts; (2) provide a wider range of displays and controls in our adaptive training environment; (3) extend probabilistic training models within our scenario authoring tool; (4) integrate these components into a suite of NICE-compatible flight simulation solutions.BENEFIT:The primary benefit of GeMFIRE will be in supporting cost-effective training and rehearsal for next-generation, multirole aircraft pilot squadrons across a spectrum of low- to medium-fidelity integrated simulator solutions. However, we recognize considerable benefit in coordinating with additional aircraft (e.g., F-22s, Unmanned Aerial Vehicles) and ground forces (e.g., air operations centers), particularly those with multiple mission sets (e.g., ISR, strike). We will also extend our commercial agent development environment, AgentWorks, with authoring capabilities that will enhance AgentWorks appeal in the Serious Games and Live, Virtual, and Constructive (LVC) Simulation training markets (e.g., introducing more intelligent adversary behaviors). Our intelligent agent models coupled with robust displays and control devices will also result in opportunities in emerging home entertainment markets (e.g., immersive video games).