CWC Current Research Projects
6G AI-Native Communication Networks
Our research centers on developing a holistic approach to network intelligence, thus enabling THz through solving system level challenges. We believe our discoveries will aid in uncovering the research questions that remain to be asked in the pursuit of 6G.
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Circuits and Techniques for 6G Mobile Communications
The research consists of the following five projects - High Efficiency Power Amplifiers and Transmitters for 5G and 6G Applications, Digital PLLs with Sub-100 fs jitter for Local Oscillator Frequency Synthesis, Powering and Communicating with the Internet-of-(Medical)-Things (IoMT), Low-Power mm-wave Circuits for Efficient Mobile Systems Beyond 5G and Directional Antennas using Phased-Arrays for 6G. The projects are separate but are related in that they will develop critical circuits for 5G and future-generation wireless applications.
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Digital Twins
CWC's Digital Twins research builds physically grounded, continuously calibrated replicas of the radio environment — spanning differentiable RF ray tracing, site-specific channel modeling, and resource-efficient RF modeling — to enable simulation-in-the-loop design of 6G communication and sensing systems.
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