An image generation and database development system for the Israeli Air Force Helicopter Aircrew Weapon System Trainer. This simulator will be used to train CH-53D and UH-60 helicopter aircrews throughout the complete mission profile and flight envelope of their aircraft. Five of the image generator's six graphics pipes channels drive a 60° by 220° Seos Panorama display. The sixth graphics pipe drives two 30° by 15° displays that provide the crew with a detailed view through the helicopter chin windows. FlightIG renders multi-spectral databases produced by OpenDBGS, MultiGen-Paradigm's database generation system, to provide the IAF day, night, dusk and NVG training. The architecture of OpenDBGS and FlightIG will allow the IAF to independently enhance the capabilities of the simulator to meet evolving training requirements.
	F-16 Block 30 and F-15 training at the Networked Training Center at Luke AFB. This system drives a rear-projected real-image dodecahedron display with eight 1700x1350 60 Hz channels.
	Image generation for F-22 engineering simulators for Lockheed Martin Aeronautical Systems, Marietta, GA. These systems, procured as part of the DoD simulation-based acquisition initiative, will be used to validate the F-22 as an effective weapons system in a dense battle environment, in a fashion that is not economically feasible to perform in flight test.
	Image generation for the F-16 Mission Training Centers, under subcontract Lockheed Martin Naval Electronics and Surveillance Systems, Akron, OH. MultiGen-Paradigm will deliver FlightIG for the premiere training system for F-16 Block 40 and Block 50 aircraft, with continuing technology insertion throughout the 15-year life of the program. In addition, MultiGen-Paradigm is providing the database design, the database generation system, and database production support.
	Two 8-channel systems for Lockheed Martin Aeronautics Company - Fort Worth's Weapons System Evaluation Center. One IG includes non-linear distortion correction to drive dome displays. The second IG drives faceted displays, and includes high-resolution calligraphic target projection that extends visual task ranges for target recognition and identification well beyond what raster targets allow.

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