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Advanced Materials and Processes  |  Sensing Systems and Technologies
A novel chemically treated swab allows security personnel to quickly screen items for trace residue left by people who have handled explosives containing inorganic chlorate and perchlorate salts.
Sensing Systems and Technologies
A lightweight, low-power motion-imaging system can be mounted on an aerial platform to capture 360-degree, high-resolution images of a scene.
Artificial Intelligence / Machine Learning  |  Sensing Systems and Technologies
A novel machine learning method reduces speckle in synthetic aperture radar (SAR) images to improve analysts’ ability to interpret an image.
Cyber Security
An innovative technique enables cyber defenders to prioritize their mitigations to vulnerabilities attackers might be using to infiltrate a network.
Biomedical Sciences and Technologies
A neurobehavioral approach uses features in speech production — phonetic timing, articulatory coordination, and facial-muscle synchronization — to assess a person’s likelihood of diminished neurological function.
Advanced Materials and Processes
Photonic fibers, developed by researchers at Lincoln Laboratory and the University of Michigan, are woven into fabrics to identify and classify the component materials.
Sensing Systems and Technologies
A ground-based system detects and geolocates a laser beam directed at an in-flight aircraft.
Sensing Systems and Technologies
Software developers can use this tool to collect and analyze data from multiple physiological sensors to assess how users interact with the software.
Sensing Systems and Technologies  |  R&D 100 Award Winner
A remote-controlled radar system mounted on a robotic vehicle peers through rubble and debris to detect the breathing of a trapped disaster survivor.
Advanced Materials and Processes
Specially tailored nanocomposite inks used with a custom active mixing nozzle enable 3D printing of RF devices with graded dielectric properties.