GeoScapeSE worldwide database for high-speed jet simulation from Quantum3D delivered to Lockheed Martin
Dec. 14, 2010
Posted by John McHale SAN JOSE, Calif., 14 Dec. 2010. Quantum3D, Inc. delivered its GeoScapeSE Worldwide Database (WWDB) to Lockheed Martin for use with their suite of Independence IDX image generators for high-speed jet flight simulation. GeoScapeSE WWDB delivers a realistic, geo-specific representation of the entire earth, and is a commercial-off-the-shelf (COTS) database. GeoScapeSE WWDB is optimized for fixed and rotary wing flight applications and provides environmental flexibility, allowing it to be used in a range of scenarios, including out-the-window (OTW), night vision goggles (NVG), infrared (IR), electro-optical (EO), and radar real-time simulation. The database also features open architecture that is designed to accommodate technology insertion to improve the quality of the database by keeping it current, and to support the addition of new AOIs for additional training areas and tasks. "In order to deliver effective, real-world simulations, real-time training systems require continuous visual domain flight throughout multiple regions of the world," says Arthur Yan, president, Quantum3D. "We have taken our extensive database experience and applied it to the GeoScapeSE WWDB to offer one of the most robust representations of the entire world, allowing companies like Lockheed Martin to rely on unparalleled global realism to meet their rigorous simulation demands."Optimized for use with Quantum3D's image generators, including the new Independence IDX 7000, GeoScapeSE WWDB provides continuous flight, worldwide terrain, and geo-specific imagery to deliver high-quality global imagery with color matching and balancing between adjacent data sets. Unlike many platforms that use geo-typical graphics to approximate reality, GeoScapeSE WWDB delivers actual imagery at a variety of resolutions -- 15m for all earth landmasses outside the polar caps, 10m for the coterminous U.S., and 5m to 1m for all areas of interest. Additionally, drop-in high-resolution insets can be added for custom configurability to a scene, such as airfields and target ranges in background terrain.
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