that controls the aircraft’s flight, and the Advanced Mission Management System (AMMS) that communicates with onboard sensors and relays information to the ground station. "For over fifteen years, Curtiss-Wright has had the privilege of partnering
researchers are finding ways to use existing sensors aboard manned and unmanned aircraft to ..... for the Collision Warning Using Existing Sensors (CUES) program. At first, DRA experts ..... System (EO SAA), which uses passive EO sensors and real-time processing to detect cooperative
IMP20 Video Processing Mezzanine Card significantly increases the ease of acquiring and interperting images from multiple sensors and cameras, thus speeding reaction time and potentially saving lives. The IMP20 adds image fusion capabilities to the GE
system health monitors have 20 analog sensors (four onboard and 16 external), plus eight digital sensors . Voltage monitoring accepts eight inputs ..... system health monitors have nine analog sensors (one onboard and 8 external) plus eight
Advanced Mission Management System that communicates with onboard sensors and relays data to the ground. Curtis Wright also supports ..... management unit that communicate with the UAS's on board sensors . To learn more about how Curtis Wright approaches improving
OpenRFM . Related content Air Force reaches out to industry for companies able to build advanced IR sensor processing Infrared sensors blending with signal processing to yield new levels of surveillance The future of high-performance embedded computing .
algorithm. Analog inputs, and optional CameraLink and LVDS video inputs, provide widespread compatibility with electro-optical sensors . This commercial off-the-shelf (COTS) card can be mounted in any standard PC104 or PC104-Plus system. In common with
tracking - the rugged VME-6500 therefore also responds to this requirement to place data acquisition hardware as close as possible to the sensors with its ability to operate over wide temperature ranges and to withstand shock and vibration.
tracking combine to offer outstanding performance in challenging scenarios. The increased bandwidth of high definition video sensors introduces a major processing overhead for traditional systems. The dedicated video architecture of the ADEPT5000 ensures
algorithm. Analog and high speed digital video interfaces provide widespread compatibility with both the latest and legacy EO sensors . The provision of a PMC site on the ADEPT60 allows greater flexibility in the provision of additional input video formats