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The Texas Wireless Summit (TWS) is a unique event that brings the high profile of a world-class conference right to UT Austin’s front door. Hosted by WNCG, TWS offers direct access to cutting-edge research and innovations from industry leaders, academics, investors and startups. The 14th annual TWS saw record high attendance with nearly 300 participants consisting of academics, industry partners, business leaders, researchers and students from across the world.

The Texas Wireless Summit (TWS) is a unique event that brings the high profile of a world-class conference right to UT Austin’s front door. Hosted by WNCG, TWS offers direct access to cutting-edge research and innovations from industry leaders, academics, investors and startups. The 14th annual TWS saw record high attendance with nearly 300 participants consisting of academics, industry partners, business leaders, researchers and students from across the world.

Radiosense, an Austin-based startup that provides precise positioning for automated vehicles, recently placed in the top three at Texas Wireless Summit (TWS) 2016’s Autotech Startup Showcase. Radiosense was founded by WNCG student and CEO Andrew Kerns, fellow student Daniel Shepard and alum Ken Pesyna. Produced as a partnership between TWS and the Austin Technology Incubator (ATI) and sponsored by Rohde and Schwarz, the TWS showcase identified promising autotech startups from across the country and created a distinct platform for exposure and industry engagement.

Texas Wireless Summit 2016 is thrilled to announce that this year's event will feature the first-ever public demonstration of AT&T and Ericsson's 5G millimeter wave technology. Millimeter wave is an essential and fundamental component for 5G mobile networks and AT&T's plans. This 5G demo will showcase the possibility and feasibility of millimeter wave radio access technology for the cellular networks of the future.

Texas Wireless Summit (TWS) 2016: Reshaping Wireless Through Automated Vehicles, recently announced their speaker line-up and other exciting special reveals for this year’s event. On October 18, 2016, TWS will explore how automated vehicles will reshape wireless over the next 10 years with their demands for coordinated sensing and decision-making. The event will look at the benefits and requirements of connectivity, the key challenges of vehicle sensing and shared data analytics, including lightly processed radar, lidar and camera data.

On October 18, 2016, Texas Wireless Summit (TWS) will explore how automated vehicles will re-shape wireless over the next 10 years with their demands for coordinated sensing and decision-making. Reshaping Wireless through Automated Vehicles will look at the benefits and requirements of connectivity, the key challenges of vehicle sensing and shared data analytics, including lightly-processed radar, lidar and camera data.  Register online NOW and save $50 off the normal ticket price!  Visit: http://texaswirelesssummit.org/ for more details and to register. 

WNCG Prof. Todd Humphreys and his group of researchers in the Radionavigation Laboratory made headlines in recent months with their major breakthroughs in centimeter-accurate positioning. A few of the students have already created a startup spin-off to push these breakthroughs in precise positioning to the mass market.

Imagine drawing a light painting using a phone’s antenna and GPS system. Imagine a world of virtual reality, where buildings are perfect replicas of their real-world counterparts, down to the exact height of a piece of gum stuck under a desk. Where a person cannot only see their location on the street but also the exact height and orientation of their mobile device in hand. This world of imagination and precise positioning is now becoming a reality, and through the efforts of WNCG students, even finding its way to market. 

Img: Two of the Cockrell School graduate students behind Radiosense, Ken Pesyna and Andrew Kerns. Cockrell School of Engineering, UT Austin Researchers in the Cockrell School of Engineering at The University of Texas at Austin have developed a centimeter-accurate GPS-based positioning system that could revolutionize geolocation on virtual reality headsets, cellphones and other technologies, making global positioning and orientation far more precise than what is currently available on a mobile device.