Department of Defense Joint Robotics Program
Design and test of a high power inverter for a ground based radar system for theater missile defense
Design of a low production cost hybrid HMMWV
Detection and classification of landmine-like targets in a non-Gaussian noise environment
Detection of land mines with passive IR and mmW imaging sensors
Detection of motion-defined form using night vision goggles
Determining inertial orientation of a spinning body with body-fixed sensors
Development of a replacement AMLCD used on multiple platforms
Development of a soldier-portable fuel cell power system. I. A bread-board methanol fuel processor
Development of the wireless 'Communications EarPlug' for application in military aviation
Development tendency of MLCC and its application in high technology military electronic equipment
Developpements commerciaux recents pour les systemes du soldat