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Improvements to SDL Language Weaver’s Syntax-based Machine Translation framework including the components listed in (a) resulted in additional Machine Translation Accuracy as seen in (b). (AFRL Image)
Further improvements to SDL Language Weaver’s Syntax-based Machine Translation framework including the components listed in (a) resulted in additional Machine Translation Accuracy as seen in (b). (AFRL Image)
Critical challenges exist in performing tests that require simulating extreme aerothermal environments where temperatures on the surface of hypersonic aircraft can go as high one-half the surface temperature of the sun. (University of Arizona Image)
There exist critical challenges in performing some of the relevant tests that require simulating extreme aerothermal environments where temperatures on the surface of hypersonic aircraft can go as high as 2800 degrees C or one-half the surface temperature of the sun. (University of Arizona Image)
AFRL played a key role in the deployment of the High Altitude Lidar Operational Experiment (HALOE) system to the Afghanistan AOR. (AFRL Image)
AFRL expertise was key in the successful development, testing and deployment of the High Altitude Lidar Operational Experiment (HALOE) system to the Afghanistan area of responsibility. (AFRL Image)
L3 Miniature Reconfigurable Beamformer with AFRL TTD module integrated with an antenna into an aircraft pod.
L3 Miniature Reconfigurable Beamformer with AFRL TTD module integrated with an antenna into an aircraft pod.
L3 Miniature Reconfigurable Beamformer with AFRL TTD module (left) Aircraft, searching for signals of interest (right)
L3 Miniature Reconfigurable Beamformer with AFRL TTD module (left). Simulation of an aircraft searching for signals of interest, showing reach of TTD module. (right)
Computer Measurement Laboratory (CML) Attack Recognition Management Architecture (CARMA™)
Computer Measurement Laboratory (CML) Attack Recognition Management Architecture (CARMA™)
Development process with software partitioning (AFRL Image)
Development process with software partitioning, a new technology that alleviates the extra costs involved in constructing systems that incorporate reconfigurable hardware. (AFRL Image)
Conventional planar processes create an array of silicon optoelectronics components that are then formed into an eye-shape camera, reducing optical distortions and aberrations that occur in flat-sensor camera designs. (University of Illinois at Urbana-Cha
Array of photodiode and p-n junction-blocking diodes with metal inter-connects allows capture of visible images. Conventional planar processes are used to create an array of silicon optoelectronics components that are then formed into an eye-shape camera, reducing optical distortions and aberrations that occur in flat-sensor camera designs.( University of Illinois at Urbana-Champaign Image)
Indium antimonide photodiode with ring contact and square bonding pod. (AFRL Image
Indium antimonide (InSb) photodiode with ring contact and square bonding pod. InSb photodiodes were fabricated by AFRL and University of Dayton for mid-wave infrared detection. (AFRL Image)
Photorefractive beam coupling in a photorefractive organic-inorganic hybrid device. (AFRL Image)
Photorefractive beam coupling in a photorefractive organic-inorganic hybrid device: several laser beams entering a photorefractive hybrid cell resulting in a single combined (amplified) coherent beam. (AFRL Image)
Beacon on target facility (NET Solutions Image)
A representation of a CHAMP beacon on target facility. (NET Solutions Image)
CHAMP Launch (NET Solutions Image)
A launch of the Counter-Electronics High Power Microwave Advanced Missile Project (CHAMP). (NET Solutions Image)
Payload Experiment Container (PEC) of the materials on International Space Station Experiment – 8 (MISSE-8). (Naval Research Laboratory Image)
Payload Experiment Container (PEC) of the materials on International Space Station Experiment – 8 (MISSE-8). (Naval Research Laboratory Image)
Architecture of Visual Cortex V1 and V2 layers (AFRL Image)
Architecture of Visual Cortex V1 and V2 layers, areas of the brain the Computational Intelligence research group is seeking to emulate with computer architecture. (AFRL Image)
Snubber
The cost effective snubber, designed by the Air Force Research Laboratory Propulsion Directorate, fits in the F-22 engine to prevent costly cracks from developing. (Air Force photo)
An example Pareto chart from a value stream analysis. (AFRL Graphic)
An example Pareto chart from a value stream analysis shows the potential benefit of implementing VSA findings. (AFRL Graphic)
Atomic Layer Deposition
Transmission Electron Microscopy (TEM) image of aluminum oxide ALD on a boron nitride nanoparticle. (Image courtesy of Steven M. George, University of Colorado, Boulder)
Atomic Layer Deposition
Steven M. George a professor of chemistry and chemical engineering at the University of Colorado, Boulder has been responsible for several unique breakthroughs in the field of Atomic Layer Deposition, or ALD. The ALD method allows one to control the physical and chemical properties of materials one atomic layer at a time, and depending on what materials you are depositing on a surface, you get different results—and some are incredibly unique. (Image courtesy of Steven M. George, University of Colorado, Boulder)
Air Force Secretary Michael Donley presents the Harold Brown Award to AFRL scientist Dr. Candace Lynch. (AFRL Image)
Secretary of the Air Force Michael Donley presents Dr. Candace Lynch of AFRL’s Sensors Directorate the Harold Brown Award for significant achievement in research and development. Dr. Lynch is the first woman to receive the award. (AFRL Image)
A virtual reality tunnel for fruit flies allows simultaneous tracking of freely flying flies and computer-projected imagery on the walls and floor of the arena. (Credit: Dr. Andrew Straw, Caltech)
A virtual reality tunnel for fruit flies allows simultaneous tracking of freely flying flies and computer-projected imagery on the walls and floor of the arena. AFRL-funded research at Caltech is studying altitude control in flying insects, hoping to transfer that knowledge to Air Force aircraft. (Credit: Dr. Andrew Straw, Caltech)