New information architectures for spectrum. Investigating distributed protocol architectures and algorithms for dynamic spectrum coordination, leading to a proof-of-concept pilot system on the COSMOS/NRDZ testbed in NYC Spectrum sharing protocols; network architecture; testbeds
Wireless network and protocol design and optimization to enable timely status updates for low-latency applications such as augmented reality, smart cities, and autonomous vehicles
Cross-layer design of algorithms for wireless networks, including full duplex & mmWave, pilot experiments in the COSMOS FCC innovation zone, and Education & Training
CoSMIC lab works on integrated devices, circuits and systems that enable new wireless paradigms that will underpin the next generation of communication networks that combine extreme data rates with massive number of users and ubiquitous sensing.
Fundamentals of wireless propagation and channel modeling at millimeter wave and sub-millimeter wave (sub-THz) frequencies, including investigations into applications such as position location and spectrum sharing.
Coordination mechanisms for harmonious coexistence between heterogeneous wireless systems in mid and high bands, as well as spectrum sharing with wireless and passive radio astronomy receivers.
Advanced PHY layer techniques (modulation, coding, MIMO), multiple access strategies, and novel cellular infrastructures to support 6G communication requirements.
Circuits for wireless MIMO integrated transceivers at RF, mm-wave and beyond, with a focus on (a) interferer-cancellation for dense frequency reuse, (b) extending high-performance to sub-mmwave and THz frequencies.