iCNS: Center for Innovative Computing and Networked Systems
WATCH: About iCNS
The Center for Innovative Computing and Networked Systems unites the research expertise and resources of the Department of Electrical and Computer Engineering at Stevens to tackle complex challenges in computing and networked systems. Transcending the boundaries of science and engineering disciplines, iCNS enables open research across diverse areas within the Stevens community and beyond.
Our Research Areas
iCNS provides a vibrant intellectual platform for faculty investigators to collaborate and conduct interdisciplinary research across the School of Engineering and Science, advancing science and technologies in the fields of computing, electrical and electronics systems, computer hardware and software systems, power grid systems, and applied artificial intelligence. The center focuses on use-inspired, basic and applied research in the following areas:
Mobile and quantum computing
High-performance computing
Circuits and digital systems
Power and energy systems
Robotics and smart systems
Signal processing and wireless communications
Cybersecurity, cyber-physical systems, and IoT
Open radio access networks
5G/6G and wireless networks
Trustworthy AI and applications
Our Research Clusters
The Center for Innovative Computing and Networked Systems is composed of four research laboratories leveraging the overlapping interests and unique expertise of faculty investigators to optimize team-based research infrastructure and intellectual capacities. Cross-disciplinary interactions will have a multiplying effect in advancing the knowledge and technologies that drive modern computing and networked systems.
Min Song, Director
Min Song
Achievements
Passing Interference: Helping Astronomers and Satellites Coexist
Supported by NSF, a Stevens research duo will develop hardware and algorithms to cut down on the radio interference produced by thousands of newly launched satellites.
Hongbin Li Awarded $600K from NSF for His Work on Radio Frequency Sensing
The electrical and computer engineering professor is creating new algorithms to enable radio devices to “see around corners.”
$390K NASA Jet Propulsion Lab Award Will Create a Space-Traversing Subsurface Radar Device
Electrical Engineering Assistant Professor Yanghyo Kim is designing technology that could make new discoveries on distant planets.
Office: Burchard 212B
Phone: (201) 216-8246
Email: [email protected]