Research

Current Sponsored Research Projects

PAWS is leading or participating in multiple government- and industry-sponsored research projects in our core research areas.

NSF IMR: MT: NG-Scope: Fine-Grained NextG Cellular Telemetry : Project Page

Investigating fine-grained NextG cellular RAN telemetry for better end-to-end application performance and enhanced network measurement.
NG-Scope

NSF Convergence Accelerator Track G: AVOID 5G : Project Abstract

PAWS is collaborating with JHU, UCSD, and USC on AVOID 5G to Automate the Verification Of Internet Data-paths for 5G networks.
city internet scene at night

NSF Spectrum Innovation Initiative: National Radio Dynamic Zones : Project Abstract

Investigating spectrum sharing in radio dynamic zones in the NSF PAWR COSMOS and NOAA facilities in New York City.
sunset cellular tower

DARPA QuICC: CMOS-Coupled Oscillator Optimization (COBI) : News Article

PAWS is developing NextG algorithms to run on COBI (Univ. of Minnesota) oscillator hardware, in the DARPA Quantum-Inspired Classical Computing (QuICC) program.
dots and lines

NSF RINGS: Resilient mmWave Networks via Distributed In-Surface Computing : Project Page

Building the next generation of more controllable mmWave, multi-band hybrid reconfigurable intelligent surfaces.
walle prototype

Past Sponsored Research Projects

NSF QENeTs: Quantum Compute-Enabled Wireless Networks (2018-2023) : Project Page

QENeTs leverages quantum computation for wireless networks to overcome computational limitations and unlock new levels of performance.
Envisioned QA deployment scenario in a Centralized RAN BBU

NSF RAPID: Machine Learning for Fine-Grained Contact Traceback in Epidemics (2020-2022) : Project Page

This NSF RAPID project leverages neural networks to map cellular readings to a feature space that enables proximity detection for contact tracing.
feature space b

SONY Research Award Program: Focused Research on Reconfigurable Reflectors (2022-2023) : Program Page

This SONY RAP project focused on building smart surfaces for Private Cellular Networks in the CBRS radio band (3550-3700 MHz).
WaveFlex surface

NSF: Continuous Spatial Awareness (CoSA) for Smart and Connected Objects (2016-2020) : Project Page

The CoSA project developed sensing techniques for IoT networks' spatial awareness of nearby mobile devices, RFID-tagged IoT objects, and building tomography.
ArrayTrack

Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.

Princeton Advanced Wireless Systems Lab
35 Olden Street
Princeton, NJ 08540 USA

Department of Computer Science
School of Engineering and Applied Sciences