The imaging sensor described in this proposal will provide new capabilities for fire control systems by generating unaliased imagery out to twice the Nyquist frequency of the focal-plane array (FPA) used in the sensor. The proposed system uses a nonmechnical liquid-crystal beam steering device to… More

The active near-infrared imaging laser radar subsystem described in this proposal will provide new capabilities for target tracking, guidance and fire control systems by generating high frame rate, high resolution, 3-D imagery in a compact, low power package. The Phase I research will build on… More

The common module receiver described in this proposal will provide the laser radar community with several key building blocks for future generations of high performance, low cost, direct detection, imaging laser radar systems. The Phase I research will build on experience gained with earlier… More

Engineering Technology, Inc. (ETI) proposes the investigation of deagglomeration and dissemination of cyanobacteria as an arid land inoculant. Dissemination technologies developed for the agriculture industry and by the U.S. Army for the formation of battlefield smokes/obscurants will be evaluated.… More

This proposal is to investigate the feasibility of using a multifunction laser radar system to address both the zero-visibility and wire strike problems. The technical challenge is to design a lightweight system which can detect and warn of wire strike hazards at long range during low level flight… More

ABSTRACT: This proposed SBIR Phase II effort is to design, fabricate and field-test a prototype Multifunction Laser Radar System which will be integrated on a US Army Aeroflightdynamics Directorate (AFDD) EH-60L Blackhawk helicopter and flight tested in complete zero-visibility brownout conditions… More