- π§πΌβπ Iβm a postdoc researcher at MIT CSAIL.
- π€ I'm building photonic computer systems that outperform existing systems by orders of magnitude promised by the fundamental law of physics. As a CS postdoc with an EE PhD background, my career has been at the crossroads of Networked Computer Systems and Applied Optics/Photonics to build the next-generation reconfigurable computer networks and high-performance computing infrastructures.
- β‘ Most recently, I've been building Lightning, a photonic-electronic deep learning smartNIC that serves real-time inference requests at a record-breaking 4.055 GHz compute frequency.
- βοΈ In the past, I have worked on photonic-electronic systems like FlexWAN (SIGCOMM 2023), TopoOpt (NSDI 2023), NetCast (Science 2022), ARROW (SIGCOMM 2021), BOW (OFC 2021 postdeadline), Facebook RSS (NSDI 2021) and LPSplitting (ToN 2019).
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Focusing
Next-Gen Photonic-Electronic Computer Systems
Highlights
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open-photonics/lightning-lts
open-photonics/lightning-lts Public[Long Term Support] [SIGCOMM 2023] Lightning: A Reconfigurable Photonic-Electronic SmartNIC for Fast and Energy-Efficient Inference
Verilog 12
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hipersys-team/lightning
hipersys-team/lightning Public[SIGCOMM 2023] Lightning: A Reconfigurable Photonic-Electronic SmartNIC for Fast and Energy-Efficient Inference
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hipersys-team/arrow
hipersys-team/arrow Public[SIGCOMM 2021] ARROW: Restoration-Aware Traffic Engineering
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hipersys-team/bow
hipersys-team/bow Public[OFC 2021] BOW: First Real-World Demonstration of a Bayesian Optimization System for Wavelength Reconfiguration
Python 4
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covid-mobility
covid-mobility Public[NSDI 2021] A Social Network Under Social Distancing: Risk-Driven Backbone Management During COVID-19 and Beyond
Jupyter Notebook 2
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