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MIT "Communications technology roadmap: telecommunication > computation > imaging > learning"
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My
recent research spans over communication systems, signal processing,
photonics/microwave, and software engineering. I continue my research in fiber
optical communications including modeling and simulation of transceivers, fiber
channel, amplifiers, DSP, as well as performance evaluation and design of next
generation short reach and long haul optical communciation
systems. I have recently built FDTD large signal models and use them to design
Silicon photonic modulators based on carrier depletion. I am currently
interested in novel matter/structure-light interactions, novel devices and
systems, and modeling and simulation software design automation tools for
micro/nano-scale optoelectronic integrated circuits (OEICs), which could find
numerous applications in the next generation computing, communications,
sensing, and signal processing. My current activities are 1) software
engineering and design automation for real-time intelligent systems, 2)
microwave/Silicon photonics (SiPh) devices, and 3)
new technology research for Terabits/s 4G optical communication transceivers
and system design with multimode components and MIMO DSP with Machine
Learning.