Under the DARPA FOPEN GXP program, SRC will develop a set of tools to improve current FOPEN GMTI capabilities, and integrate and demonstrate these tools. This two year program has two phases of one year each. Phase one is worth $5 million, and was incrementally funded for more than $2.5 million until fiscal year 2011 funds are available later this year, company officials say.
In a separate contract, SRC won a $1.3 million pact with the U.S. Army Research, Development and Engineering Command Simulation and Training Technology Center in Orlando, Fla., for the FORESTER Signal Processing Enhancements program, which runs through fiscal year 2011. The funding for this effort stems from a fiscal year 2010 congressional earmark.
The DARPA FOPEN GXP project, meanwhile, seeks to develop a workstation integrated with tools to enhance foliage-penetrating radar data. DARPA wants to demonstrate the effectiveness of such a workstation with data from the SRC FORESTER system, which is mounted to a Boeing A-160 Hummingbird unmanned aerial vehicle (UAV).
SRC experts will develop workstation tools modules that discriminate between Doppler radar signatures, estimate the state and activities of detected infantry concentrations, plan where to place radar sensors, and determine radar modes for best results.
The SRC FORESTER radar has been demonstrated on a manned UH-60 Black Hawk helicopter, as well as on an A-160 Hummingbird unmanned helicopter. In 2009, DARPA experts tested the FORESTER on an A-160 to detect radar returns from moving humans and animals, ground vehicles, boats, and other clutter and false targets.