Helix is a RAN-slicing-aware scheduler for massive MIMO that jointly meets per-slice SLOs and PHY-layer constraints, evaluated on a software-defined massive MIMO testbed.
A DRL-based scheduler that learns to jointly allocate users and power in massive MIMO networks, outperforming conventional schedulers under realistic channel models.
A massive MIMO detector based on annealed Langevin dynamics that approaches ML accuracy at much lower complexity than sphere decoding.
Agora is the first software-only real-time massive MIMO baseband processor, meeting 5G NR latency and throughput on commodity CPUs.
Presentation introducing the RENEW shared software-defined massive MIMO platform at the IEEE Communications Theory Workshop.
Reconfigurable Eco-system for Next-generation End-to-end Wireless. An open-source software-defined massive MIMO platform deployed on NSF PAWR/POWDER (2018–2023).
Third-generation many-antenna massive MIMO platform scaling to hundreds of coherent radio chains, with end-to-end real-time processing and a calibration pipeline.