Natural Language Processing Accelerator for Transformer Models

Song Han, Anantha Chandrakasan This project aims to develop efficient processors for natural language processing directly on an edge device to ensure privacy, low latency and…


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In-Memory Compute Accelerators

Anantha Chandrakasan Many edge machine learning accelerators are responsible for processing and storing sensitive data that could be of value to attackers. This project plans to…


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3D Integration of AI Hardware with Direct Analog Input from Sensor Arrays

Jeehwan Kim This research group works on AI hardware based on memristor neural networks with emphasis on ultra-low power operation for inference and online training and 3D…


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This Touchy-feely Glove Senses and Maps Tactile Stimuli

Jennifer Chu | MIT News Office The design could help restore motor function after stroke, enhance virtual gaming experiences.


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Boltzmann Network with Stochastic Magnetic Tunnel Junctions

Luqiao Liu, Marc Baldo Networks formed by devices with intrinsic stochastic switching properties can be used to build Boltzmann machine, which has great efficiencies compared with…


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TinyML: Enable Efficient Deep Learning on Mobile Devices

Song Han This project pursues efficient machine learning for mobile devices where hardware resources and energy budgets are very limited.


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MIT and Ericsson Enter Collaboration Agreements to Research the Next Generation of Mobile Networks

Elizabeth A. Thomson | Materials Research Laboratory A collaboration between MIT and Ericsson will explore new materials for computer chips that mimic the structure of the human…


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“Magic-angle” Trilayer Graphene May Be A Rare, Magnet-proof Superconductor

Jennifer Chu | MIT News Office New findings might help inform the design of more powerful MRI machines or robust quantum computers.


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Electrochemistry and Material Science of Proton-based Electrochemical Synapses

Bilge Yildiz, Ju Li Electrochemical ionic-electronic devices have an immense potential to enable a new domain of programmable hardware for machine intelligence.


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A Framework to Evaluate Energy Efficiency and Performance of Analog Neural Networks

Vivienne Sze, Joel Emer This project pursues an integrated framework that includes energy-modeling and performance evaluation tools to systematically explore and estimate the…


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