"UT Dallas has the state-of-the art equipment needed to contribute to LEAST and determine which materials will be used for the next generation of electronics," he said.
TerraSwarm: Linking Cyber-Worlds to the Physical World
The other UT Dallas team is developing revolutionary technology as part of STARnet's TerraSwarm Research Center.
Sensors and computers can be found in nearly all aspects of modern life, from pacemakers to air conditioners to sensors in vehicles that can tell when a driver is distracted. TerraSwarm researchers are working toward shared data collected from the millions of individual smart sensors and other types of computers used in energy, health, environmental and personal applications.
The potential of sensor-based systems in monitoring applications goes far beyond what has been accomplished so far, Jafari said. When realized in full, these technologies can seamlessly integrate the cyber world, centered today in the cloud, with the physical/biological world, effectively blurring the gap between the two. The emerging global cyber-physical network is called the TerraSwarm, meaning that it encompasses many billions of sensors and actuators deployed across the earth.
"The possibilities of this type of shared sensing platform will revolutionize society," said Jafari, lead investigator for the UT Dallas TerraSwarm team, which will receive more than $900,000 over five years. "A fully integrated cyber-physical world presents limitless opportunities."
The key to enabling this type of technology is creating self-powered sensors and computers, and creating a networked architecture for thousands of smart sensing devices - similar to the World Wide Web - that is accessible from multiple types of electronic devices available to users.
Jafari, director of the Embedded Systems and Signal Processing Lab and a membe
|Contact: Lakisha Ladson|
University of Texas at Dallas