Highlights

We created this page to present some of the featured activities at Radio and Wireless Week 2020 (RWW2020) to help attendees get the most out of their time in San Antonio.

Distinguished Lecturers' Talks:

Each year on Monday morning, RWW has traditionally devoted two sessions to Distinguished Lectures by experts in the Radio and Wireless Community. RWW2020 will be no different. Currently, the following individuals have been confirmed as Distinguished Lecturers.

  • "Shattering the Fundamental Barriers in Realization of End-to-End Ultrahigh Data-Rate Transceivers: Direct (De-) Modulation in RF Domain", Payam Heydari, Univ of California, Irvine
  • "The Future in Space:  Connected, Small and Cooperative?", Klaus Schilling, President, Center for Telematics, Würzburg, Germany

 

Workshops:

As in previous years, RWW2020 is pleased to offer a series of workshops that feature presentations by the preeminent technologists in the field, explaining current and future technologies. All workshops are half-day workshops, meeting on Sunday afternoon 26 January 2020 from 13:30-17:30

  1. Recent Progress on Integrated Doherty Amplifiers
  2. Solid State Power Amplification for Space-Borne Systems
  3. Advances in SiGe BiCMOS and RF-CMOS Frontend Technologies
  4. Machine Learning and Dimensionality Reduction Techniques for RF Components and Systems: from Modeling to Linearization

 

The Internet of Things (IoT) and the mmWave Frontier Summit:

The 3rd IoT Vertical and Topical Summit will be held January 26 -27, 2020 as part of RWW2020 in San Antonio, Texas. The one and a half day Summit will address the important role that mmWaves play in the IoT ecosystem. The choice of the theme, “IoT and the mmWave Frontier”, is motivated by increases in deployment and the regulatory attention paid to new allocations of licensed and unlicensed mmWave spectrum.

The Summit is designed to foster dialogue amongst professionals from industry, the public sector, and the research community. Participants will gather in a highly interactive setting to explore mmWave solutions— from 30GHz to 300GHz as well as the adjacent spectrum from 6GHz to 30GHz and 300GHz to 1,000GHz— and applications for IoT, with a focus on the opportunities and challenges for adoption. This includes electromagnetic-waves used as a technology for: (i) Communications; (ii) Sensors; and (iii) Manufacturing/Industrial Processes.