A Superior Method to Correct Atmospheric Degradation of Satellite Imagery
Automated analyses of satellite imagery are hampered by atmospheric haze effects. Our innovation corrects images of any satellite cubesat, hyperspectral to surface reflectance more accurately, over 3x the range of atmospheric effects, and in 1/10th the time. Comparatively, the existing state-of-the-art image correction functions poorly and never in near real-time.
Ransomware Prevention Platform
Catalog typical software use patterns of users and through development of machine learning models, detect and prevent ransomware threats by halting execution of authorized but potentially malicious payloads.
OpDefender – Network Control for Industrial Control Systems
This technology leverages network switch technology and operator input to ensure the validity of system messages in industrial control systems.
PARROT – Plug-n-Play Appliance for Resilient Response of Operational Technologies
PARROT is a device that can be plugged into an existing operational control system that allows the user to monitor for anomalous behavior without disrupting operation.
Embedded Grid Intelligence
Software artificial intelligence modules for electronic devices, typically sensors or meters, that enhance their functions, making them “smarter” and giving them the ability to provide complex information (such as problem classification, predictions) instead of simple measurements, saving time and communication for the data exchange between devices and the centre.
ALGOS System: Digital Diagnostic for Objective Pain Measurement
The ALGOS System is an AI-enabled software pipeline that translates neural activity acquired from EEG into an objective chronic pain assessment at the point of care.
3D LiDAR Aided GNSS Precise Positioning for L4 Autonomous Driving
The technology provides very accurate positioning for mobile mapping system that used to build high-definition map for L4 autonomous driving vehicles operated in highly urbanized cities. We are the first team to incorporate the scanning LiDAR point cloud to perceive the surrounding environment to aid GNSS precise positioning.
Intelligent Object Magnification for Augmented Reality Displays
This technology describes an approach to capture objects at a higher resolution than the human eye and present imagery via an AR display. The invention enables the user to selectively amplify the size of the objects' retinal projection while maintaining an unmodified view in the visual field.
Intelligent Object Magnification for Augmented Reality Displays
This technology uses cameras to capture objects at a higher resolution than the human eye and present imagery of the objects to a user via an AR display. The user may selectively amplify the size of the objects' projection while maintaining unmodified views in the remainder of the visual field.