Welcome to Center for Wireless Communications

5G and Beyond: Healthcare and Smart Transportation

- July 2, 2018

Endowed Chair Professorship Awarded to Sujit Dey.

- April 26, 2018

The Jacobs Family Chair in Engineering Management Leadership has been awarded to CWC professor Sujit Dey. This endowed chair professorship is reserved for faculty with joint appointments between the Jacobs School of Engineering and the Rady School of Management.

San Diego, Korea Team Up to Tackle Transportation

- March 21, 2018

3GPP Completes Initial 5G NR Specification

Lisbon - December 21, 2017

Smartphone case offers blood glucose monitoring on the go

San Diego, Ca - December 7, 2017

Self-Driving Vehicles to Make Debut on UC San Diego Roads in January

San Diego Metro - November 1, 2017

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Announcements

PhD and Post-Doctoral Positions available at UC San Diego in the Connected Health Program

Monday, August 27, 2018

The Center for Wireless Communications has started the Connected Health (CH) program to facilitate research, development and commercialization of technologies to enable remote and personalized healthcare solutions with the use of wireless sensors, data analytics, and novel computing and communication solutions. The PhD and Post-Doctoral positions will be involved with core projects in the CH program: 1) developing personalized health informatics and guidance to assist doctors and patients with actionable insight, and 2) developing cloud-edge architectures and lightweight machine learning algorithms to enable innovative personalized mobile health applications.

PhD and Post-Doctoral Positions available at UC San Diego in Smart Transportation Innovation Program

Monday, August 27, 2018

The Smart Transportation Innovation Program (STIP) at UC San Diego aims to facilitate research, development and commercialization of technologies to enable smart and green transportation solutions and currently has a PhD and Post-Doctoral position available. The positions will lead a core project in the STIP program: developing innovative communication and computing techniques and architectures to enable smart streets and vehicles for assisted and autonomous driving.

Predictive & Personalized Virtual Care Featured at Stanford's XLDB 2018 Conference

Thursday, July 19, 2018

WATCH THE YouTube VIDEO HERE. Professor Sujit Dey speaks about Predictive & Personalized Virtual Care Using IoMTs and Hybrid Analytics and how to enable personalized recommendations and interventions using virtual care analytics.

Collaboration Possibilities in WBANs and 5G Networking

Monday, October 9, 2017

This is not your usual Abstract since the intent of this presentation is to give a selected overview of my research at USF and explore areas of potential joint work during my sabbatical at UCSD and possible future collaborations. There are two thematic areas of my research: Wireless Body Area Networks and Optimization of 5G Networks.

Some of the topics that I will cover are:

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5G Network Architecture and the Future Mobile Internet

Friday, March 24, 2017

Dipankar Raychaudhuri, Distinguished Professor, ECE, Rutgers University

This talk provides a discussion of one of the central design challenges associated with next-generation “5G”
wireless systems - that of effectively converging 3GPP-based mobile networks with the global Internet.
Although the trend towards “flat” IP-based architectures for cellular networks is well under way with LTE,
significant architectural evolution will be needed to achieve the goal of supporting the needs of mobile
devices and applications as “first-class” services on the Internet. Several emerging mobility service scenarios

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Energy-efficient, high-fidelity, and broadband RF/millimeter-wave signal generation in silicon

Monday, March 6, 2017

SONG HU

Wireless electronic devices are everywhere in our daily lives with applications ranging from data communication to energy transfer and biomedical sensing. Power amplifier (PA) interfaces the antenna and governs the energy efficiency of a wireless transceiver. Its linearity is also of paramount importance to ensure the signal fidelity. Moreover, its broadband operation is highly desired for high-speed communication and high-resolution sensing. However, integrating a PA in silicon entails challenges due to the PA’s nature of large-signal and highly dynamic operation.

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Hello from the Director

Director Sujit Dey

Hello Friends and Colleagues,

Thank you for your interest in the UC San Diego Center for Wireless Communications and your support of the groundbreaking research and its relevant applications that our faculty, staff and students are conducting.