WNCG student Ahmed Kord received a 2016 Qualcomm Innovation Fellowship for his project entitled, “Fully-Integrated Reconfigurable Magnet-less Non-reciprocal Components for Next-Generation Wireless Communication Systems.” The project was completed in collaboration with Negar Reiskarimian at Columbia University.
5G technology will play a major role in the future of automotive systems. Exactly how this technology will be implemented is still up for debate. To discuss current research and possible directions for 5G, industry experts met in New York for the Brooklyn 5G Summit in April 2016.
The Data-Supported Transportation Operations and Planning Center (D-STOP) from UT Austin met with representatives from local and state government, academia and industry in early April at a symposium designed to collaborate on the future of Smart Cities. The day-long event explored smart transportation systems, collaborative ecosystems, infrastructure-based technology, regional planning and analytics and connected vehicles through a series of panels featuring experts in the field.
Freight handling operations spend a lot of money to obtain the required picture, dimension and weight data for every piece of cargo they move. But their data transmission systems for tracking this information is either outdated or expensive. With the International Maritime Organization’s new Safety of Life at Sea (SOLAS) mandates starting in July 2016, verifying the exact weight of cargo is more important than ever.
It's no secret that WNCG produces stellar industry and academic professionals. Here's where WNCG students and alumni are headed this summer for internships and employment:
Andrew Thornburg - AT&T, Austin, TX
Anum Ali - Intel, Santa Clara, CA
Avradeep Bhowmik - Verizon, Palo Alto, CA
Deepti Ghadiyaram - Google Research, Mountain View, CA
Derya Malak - Bell Labs, Murray Hill, NJ
Ghadi Sebaali - NXP, Austin, TX
WNCG Profs. François Baccelli and Gustavo de Veciana and alumnus Pranav Madadi proposed a proposed a stochastic geometry framework to study temporal performance variations experienced by a mobile user in a cellular network. The focus is on the variations of the Signal-to-Noise-Ratio (SNR) and the downlink Shannon rate experienced when the user moves across a Poisson cellular network on the Euclidean plane.
WNCG Prof. François Baccelli and students Junse Lee and Xinchen Zhang presented a new 3D spatial model for indoor wireless networks at INFOCOM 2016 in San Francisco.
The mouse. It sits on your desk or swipes under your hand and is limited by the need to be touched. With different computer displays and richer options, a mouse that requires a surface to operate is becoming obsolete. The future needs a controller that can operate in the air with a simple hand movement and control the devices surrounding us. Whether that device is a computer, a game console, a Virtual or Augmented Reality device, or other smart devices such as household appliances.
In January 2016, WNCG welcomed two new faculty to its ranks - the husband and wife dynamic duo of research, Profs. Andrea and Edison Thomaz.
“It is an incredibly exciting time to be at UT Austin,” Prof. Edison Thomaz states. “And WNCG exemplifies the type of forward-thinking that makes UT stand out. Having graduated from UT myself many ages ago, I could not pass up the opportunity to come back, contribute and be part of this transformation.”