In 2017, the next generation of wireless communications will take a giant step forward. Promising warp-speed networks (above 10 gigabits per second), super-low latency and all varieties of massive broadband applications, 5G will spur growth in IT, automotive, entertainment, agriculture, Internet-of-Things (IoT) and manufacturing and revolutionize — once again — how people and machines communicate. …

There is an eternal quality to how technology evolves. As existing areas get overworked, new frontiers open up at the fringes. Then innovators rush in to occupy the new territory before it, in turn, becomes overworked. There is an example of such a frontier today in wireless communications. IEEE’s 5G wireless initiative has the goal …

Thank you to all of the students, faculty, and affiliate members who attending this year’s Recruitment Day. Please view the links below to download our speakers’ presentations and view photos of the event. Sundeep Rangan: Recruiting Day Welcome Edmund Yeh: Named Data Networking for 5G Wireless Winslow Burleson: NYU-X Holodeck: Experiential Supercomputing

How to explain the evolution of wireless communications toward 5G and beyond to a non-technical audience? And what does this mean to the average consumer? NYU WIRELESS postdoc Marco Mezzavilla recently tackled these questions with finesse in his TEDx talk at Middlebury College, where he unveiled the magic of telecommunications and its impact on society, …

Liu Is Known for Research with Practical Applications for Hundreds of Millions of Consumers Yong Liu — a professor of electrical engineering at the NYU Tandon School of Engineering and a faculty member of the Center for Advanced Technology in Telecommunications (CATT) and NYU WIRELESS — has been named a fellow of the Institute of …

The New York University (NYU) Wireless academic research center in Brooklyn, N.Y., is at the forefront of tomorrow’s wireless technology. Led by its founding director, Professor Ted Rappaport, NYU Wireless is focused on next-generation 5G wireless networks, with millimeter-wave technology being a major research area. NYU WIRELESS combines NYU’s Tandon School of Engineering, School of …

Dynamic channel measurements and 5G prototyping at 60 GHz are currently being conducted by Ph.D. candidate Chris Slezak under the supervision of postdoc Aditya Dhananjay. Crucial to the project are two SiBeam phased arrays and a flexible National Instruments baseband system, which were purchased with support from a National Science Foundation EAGER grant. The National …

Brooklyn has become a hub for technology, entrepreneurship and design innovation. To recognize the best of the best, Technical.ly, a news and service organization, is holding the 2016 Brooklyn Innovation Awards. Individuals can vote for the nominee of their choice. We would appreciate your vote for NYU WIRELESS in the Tech Mission Organization category; for …

In this project we aim at designing a transport layer protocol optimized for the mmWave access network, and for the new class of applications that it will enable, aiming to work seamlessly across a connection consisting of both wireline and wireless segments. In our recent ICC paper submission “The Bufferbloat Problem over Intermittent Multi-Gbps mmWave …