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The convergence of communication and sensing is unlocking transformative capabilities across industries. At the heart of this evolution are low-cost phased array systems, enabled by highly-integrated ...
The integration of communication and sensing functions within mm-wave systems is gaining attention due to its potential for prevalent high-resolution passive sensing and imaging as well as reliable wi...
Synergy from sensing and communication networks is a topic of increasing interest. On one hand, sensing can, for example, aid in predicting signals being blocked by objects, and inform the network tha...
Wireless networks are currently being redesigned to provide sensing and communication services. In this talk, I provide a vision of the integrated sensing and communication (ISAC) network and an overv...
Joint communication and sensing utilizing wide bandwidth and additional spectral bands within the 30–100GHz range presents exciting opportunities for 6G networks. It can enable improved spectrum utili...
This talk will review the development of mm-wave joint communications and sensing using large-scale transmit and receive arrays at 140GHz that would support energy efficient feature detection. We prop...
Recent advances in commercial semiconductor technologies have enabled THz integrated circuits operating beyond 500GHz, a milestone frequency for the continuing march towards the true terahertz or 1THz...
Most THz integrated systems have been directly scaled from existing microwave or optical platforms. However, as suggested by this notion, these platforms were designed specifically for their respectiv...
There is an urgent need to develop efficient frequency converters and signal sources that can operate up to frequencies close to 5THz without cryogenic cooling — beyond the limit of transistor technol...
We demonstrate our efforts in addressing the design challenges of CMOS electronics for THz sensing and communication applications, including optimizing transistor layout for speed enhancement, develop...