Projects

NSF AI Institute for edge computing and systems

Assessing, restoring, and supporting post-disaster connectivity and situational awareness via AI-enabled ISAC

Photonics-enabled energy-efficient massive MIMO radios

Inducing cyber and physical effects in unmanned aerial systems via cyber-electromagnetic convergence

Rapid analog processing for tactical observation & opportunistic radio spectrum access

Real-time and scalable radio architecture leveraging AI and agentic workflows

Enhancing and sustaining the COSMOS platform

Machine intelligence on wireless edge networks

Efficient and scalable mobile fronthaul empowered by analog radio-over-fiber

Scaling scientific workloads on distributed GPUs through campus-level RDMA networking

Dense and in-situ spectrum monitoring via circuits-system co-design

A integrated fiber sensing and communication living lab in the Research Triangle

Center for Ubiquitous Connectivity

Spectrum sharing via consumption models and network telemetry

Softwarizing mmWave radio access networks at the edge

National AI Institute for edge computing leveraging next-generation networks

Building a campus-scale hybrid classical-quantum network

Spectrum coexistence with rapid interferer learning, detection, and mitigation

Cloud enhanced open software-defined mobile wireless testbed for city-scale deployment

Full-duplex wireless: From integrated circuits to networks

Energy-harvesting active networked tags