Phil Brown — How IPUs are Advancing Machine Intelligence
Phil shares some of the approaches, like sparsity and low precision, behind the breakthrough performance of Graphcore's Intelligence Processing Units (IPUs).
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Phil Brown leads the Applications team at Graphcore, where they're building high-performance machine learning applications for their Intelligence Processing Units (IPUs), new processors specifically designed for AI compute.
Connect with Phil:
LinkedIn: https://www.linkedin.com/in/philipsbrown/
Twitter: https://twitter.com/phil_s_brown
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0:00 Sneak peek, intro
1:44 From computational chemistry to Graphcore
5:16 The simulations b…
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Chapters (11)
Sneak peek, intro
1:44
From computational chemistry to Graphcore
5:16
The simulations behind weather prediction
10:54
Measuring improvement in weather prediction systems
15:35
How high performance computing and ML have different needs
19:00
The potential of sparse training
31:08
IPUs and computer architecture for machine learning
39:10
On performance improvements
44:43
The impacts of increasing computing capability
50:24
The ML chicken and egg problem
52:00
The challenges of converging at scale and bringing hardware to market
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1. Build Your First Machine Learning Model
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Intro to ML: Course Overview
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2. Multi-Layer Perceptrons
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3. Convolutional Neural Networks
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Why Experiment Tracking is Crucial to OpenAI
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4. Autoencoders
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5. Sentiment Analysis
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6. Recurrent Neural Networks [RNNs]
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7. Text Generation using LSTMs and GRUs
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8. Text Classification Using Convolutional Neural Networks
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9. Hybrid LSTMs [Long Short-Term Memory]
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Introducing Weights & Biases
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17. Build and Deploy an Emotion Classifier (2019)
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Pieter Abeel on Potential Deep Learning Research Directions (2019)
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Applied Deep Learning - Rosanne Liu on AI Research (2019)
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Nicolas Koumchatzky — Machine Learning in Production for Self-Driving Cars
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My experiments with Reinforcement Learning with Jariullah Safi
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How Linear Algebra is not like Algebra with Charles Frye
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Rachael Tatman — Conversational AI and Linguistics
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Reformer by Han Lee
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