Projects

NSF AI Institute for edge computing and systems (Athena)

Assessing, restoring, and supporting post-disaster connectivity & situational awareness

Photonics-enabled energy-efficient massive MIMO radios

Inducing cyber and physical effects in UASs via cyber-EM convergence

Rapid analog processing for tactical observation and radio spectrum access

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

Enhancing and sustaining the city-scale PAWR 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

SRC/DARPA JUMP 2.0 Center for Ubiquitous Connectivity

Spectrum sharing via consumption models and network telemetry

National AI Institute for edge computing leveraging next-generation networks (Athena)

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

Softwarizing mmWave radio access networks at the edge

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