Airborne Networks (Capacity, Connectivity, Coverage, and Security)
Video and Image Communications (Rate Distortion Theory, Distributed Video Coding)
Computer Vision (Human Activity Analysis)
Rapidly Deployable Communications System
A portable, scalable, and rapidly deployable cellular/wireless communication system that can me made readily available at local/municipal emergency management centers (such as fire stations) and can be deployed within minutes after any natural or man-made disasters to establish temporary/emergency communications among first responders and citizens affected by the disaster.
Experimental Test Data : https://drive.google.com/file/d/1MWFJYuzozXtGwCV66-XAqcLBIsPK3Qxf/view?usp=sharing
The goal of this project is to design a machine communication interface that enables people with severe physical limitations (lack of voice and muscle movements) to interact with the world. In long-term, advanced strategies such as machine-learning will be added to tailor this interface for individual needs and capabilities. Stay tuned for updates.