CHELMSFORD, Mass., 16 Oct. 2006. Mercury Computer Systems Inc. and Barco Federal Systems announced a collaboration to design and develop a forward-deployable system for counter and human intelligence (HUMINT).
Mercury, of Chelmsford, Mass., and Barco, of Duluth, Ga., have completed initial concepts together with the Battle Command Battle Lab at Fort Huachuca, Ariz. The system will include a Mercury module based on the Cell Broadband Engine (BE) processor and the Mercury MultiCore Plus SDK (Software Development Kit), with visually rendered displays and a sensor acquisition subsystem from Barco.
Designed to use algorithms involving human intelligence, modeling, and computer gaming features, including a high-performance physics engine, the concept system provides real-time intelligence for predictive analysis and decision support.
"Barco's sensor acquisition systems minimize bottlenecks, which will allow seamless sensor interfacing to the Cell BE processor for rapid transfer of data for image processing, fusion, exploitation and display rendering," says Mike Forde, Barco's vice president of product marketing and sales.
Mercury's Cell BE processor-based products provide as much as 205 billion floating point operations per second to enable the war fighter to execute algorithms in a deployable platform that previously could not have been executed. Mercury's Cell BE processor-based solutions provide a marked increase in processing power over traditional fielded computer systems.
"We believe the combination of our technology and expertise with Barco's will enable the power, performance, and reliability required by today's military forces for safe and accurate military actions," says Joel Radford, vice president of strategic marketing and alliances at Mercury.
