Wireless Sensor Networks as Parallel and Distributed Hardware Platform for Artificial Neural Networks
arxiv.org·23h
🧠Neuromorphic Hardware
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Artificial neurons that replicate biological function for improved chips
🧠Neuromorphic Hardware
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Unleash AI Performance: How Chiplets and Smart Networks Are Democratizing Custom Silicon by Arvind Sundararajan
⚡Hardware Acceleration
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Efficiency Defines The Future Of Data Movement
semiengineering.com·1d
💪ARM Architecture
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Extropic claims its new AI chip (TSU) is 10,000x more energy-efficient than GPUs
⚡Hardware Acceleration
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TinyML is the most impressive piece of software you can run on any ESP32
xda-developers.com·17h
📱Edge AI
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Resource-Efficient and Robust Inference of Deep and Bayesian Neural Networks on Embedded and Analog Computing Platforms
arxiv.org·1d
📱Edge AI
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AMD Could Enter ARM Market with Sound Wave APU Built on TSMC 3nm Process
💪ARM Architecture
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Scalable Fault Prediction & Mitigation via Physics-Informed Neural Networks in Advanced Gate-All-Around (GAA) FET Manufacturing
🧠Neuromorphic Hardware
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Binary Brains: Secure AI on the Edge with In-Memory Magic by Arvind Sundararajan
🧠Neuromorphic Hardware
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Bridging Minds and Machines
🧠Neuromorphic Hardware
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Spiking Nets: The Energy-Saving Secret Weapon AI Needs by Arvind Sundararajan
🧠Neuromorphic Hardware
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A mathematical certification for positivity conditions in Neural Networks with applications to partial monotonicity and Trustworthy AI
arxiv.org·23h
🤝Federated Learning
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MIT’s Survey On Accelerators and Processors for Inference, With Peak Performance And Power Comparisons
semiengineering.com·10h
🏗️AI Infrastructure
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