Self-sustainable Lane and Blind Spot Detection Systems with Wind Energy Harvesters in Automobiles
Read moreApplying Energy Harvesting to Develop Self-Sustained Systems for Automobiles
Read moreExploring the Design of an Intelligent Webcam Cover to Improve Usability & Trust
Read moreDesigning Wrist-Mounted Affective Haptics for Communicating Cybersecurity Warnings
Read moreTowards ubiquitous self-powered ambient light sensing surfaces
Read moreUsers' proximity to their smartphone:
Is your phone with you always?
Read more
Redesigning a laboratory information system for the global south
Read moreA case study on iteratively assessing and enhancing wearable user interface prototypes
Read moreIntegrated driving aware system for sensing, computing and feedback
Read moreWearable sensors for monitoring physiological signals
Read moreIoT Sensors: The most mundane appliances can now be smart.
Read moreTurning your earbuds into a heart rate sensor
Read moreMonitoring the signs of poor sleep quality
Read moreDo you want to keep your eyes on your baby at all times?
Read moreA specialized 'Well-being index model' for treatments of metabolic syndrome
Read moreImproving children’s cognitive ability in expressing some of their desires
Read moreIntegrates everyday appliances into the smart house through power outlets and switches
Read moreLocalizing footstep sources and estimating the level of energy expenditure based on footsteps.
Read moreCommunity Computing: A new computing paradigm for developing smart space
Read more*This is also the vision of GVU Center at the Georgia Institute of Technology.