Communications and Networking

Headshot of Professor Monica Bugallo.

Monica Bugallo

Professor 

monica.bugallo@stonybrook.edu 

Bayesian Estimation and Inference, Monte Carlo Methods, Machine Learning and Applications, Computational Methods for Data Analysis, Engineering Education and Workforce Development, K–12 STEM Education, Educational Access and Opportunities in STEM


Headshot of Professor Petar Djuric.

Petar Djuric 

Distinguished Professor 

petar.djuric@stonybrook.edu 

Fundamentals of machine learning and signal and information processing with a diverse range of interests within them including causal inference theory, information fusion, Bayesian optimization, Monte Carlo methods, distributed signal processing, autonomous agents, open world recognition, signal modeling, as well as detection and estimation


Headshot of Professor Sangjin Hong.

Sangjin Hong 

Professor 

sangjin.hong@stonybrook.edu 

Design and development of intelligent sensor networks that integrate heterogeneous sensors to detect abnormal activities, reconstruct missing data, and improve object behavior prediction.

Design and implementation of low-complexity hardware architectures for computationally intensive signal processing algorithms, with reduced complexity and high-performance reconfigurable architectures that optimize computational efficiency, flexibility, and resource utilization.


Headshot of Professor Shan Lin.

Shan Lin 

Associate Professor 

shan.lin@stonybrook.edu 

Cyber physical systems, Wireless networks, Networked information systems, Sensing systems


Headshot of Professor Peter Milder.

Peter Milder 

Associate Professor 

peter.milder@stonybrook.edu 

Automatic hardware generation and optimization tools; Domain-specific languages for hardware; Field-programmable gate arrays (FPGAs); Hardware for signal processing, communication systems, computer vision, and other areas


Headshot of Professor Jay Parekh.

Jayant Parekh 

Professor

jayant.parekh@stonybrook.edu

Microwave acoustics; microwave magnetics; microwave electronics


Photo of Professor Thomas Robertazzi

Thomas Robertazzi

Professor

thomas.robertazzi@stonybrook.edu

Quantum computing, scheduling, parallel processing, electric power systems, computer networks, queueing theory


Photo of Dr. Wendy Tang

Wendy Tang

Associate Professor

wendy.tang@stonybrook.edu

Her research integrates machine learning, graph-theoretic modeling, network science, computational intelligence, and human-centered system design to build intelligent systems that support decision making across engineering, healthcare, and cyber-physical domains.

 


Photo of Lav R. Varshney

Lav R. Varshney

Della Pietra Infinity Professor / Director, AI Innovation Institute

lav.varshney@stonybrook.edu

Statistical Signal Processing, Information Theory, Artificial Intelligence, Neuroscience, Public Policy


Headshot of Professor Xin Wang.

Xin Wang 

Professor 

x.wang@stonybrook.edu 

Wireless communications and Networks, Machine learning and artificial intelligence, Signal and Information Processing, Mobile and cloud computing


Headshot of Professor Yuanyuan Yang.

Yuanyuan Yang 

Distinguished Professor 

yuanyuan.yang@stonybrook.edu 

Data center networking, cloud computing, edge computing and wireless networks


Headshot of Professor Fan Ye.

Fan Ye

Professor & Graduate Program Director

fan.ye@stonybrook.edu 

Mobile and embedded sensing systems and applications, location based services, edge computing, Internet-of-Things, sensor networks, energy and power efficiency


Headshot of Professor Yue Zhao.

Yue Zhao

Associate Professor

yue.zhao@stonybrook.edu 

Smart energy systems, renewable energy integration, electricity market, infrastructure security, sensing and signal processing, optimization theory, information theory, communication networks

 



Andrea Goldsmith: A Lasting Legacy of Innovation and Leadership in Wireless Technology

President Andrea Goldsmith giving her first State of the University Address.

Pioneering Wireless Communications. Driving Innovation.

President Andrea Goldsmith is a leading researcher in wireless communications, with more than three decades of research spanning information, communication and control theories, signal processing, and their applications to wireless systems. Her work has translated into new wireless technologies, 38 wireless technology patents, and two successful startup companies, including Plume Wi-Fi and Quantenna Communications.

LEARN MORE ABOUT PRESIDENT ANDREA GOLDSMITH
Photo of President Andrea Goldsmith.

President Goldsmith Explores Past, Present and Future of Wireless

President Goldsmith has helped shape the evolution of wireless communications, from the early development of cellular technology to emerging 6G networks. Her recent work explores how AI can optimize wireless systems and enable applications including autonomous vehicles, smart cities, sensor networks, and other connected technologies.

READ THE FULL STORY