
Sign up to save your podcasts
Or


Phil shares some of the approaches, like sparsity and low precision, behind the breakthrough performance of Graphcore's Intelligence Processing Units (IPUs).
---
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
---
0:00 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
Links Discussed:
Rigging the Lottery: Making All Tickets Winners (Evci et al., 2019): https://arxiv.org/abs/1911.11134
Graphcore MK2 Benchmarks: https://www.graphcore.ai/mk2-benchmarks
Check out the transcription and discover more awesome ML projects: http://wandb.me/gd-phil-brown
---
Get our podcast on these platforms:
Apple Podcasts: http://wandb.me/apple-podcasts
Spotify: http://wandb.me/spotify
Google Podcasts: http://wandb.me/google-podcasts
YouTube: http://wandb.me/youtube
Soundcloud: http://wandb.me/soundcloud
Join our community of ML practitioners where we host AMAs, share interesting projects and meet other people working in Deep Learning: http://wandb.me/slack
Check out our Gallery, which features curated machine learning reports by researchers exploring deep learning techniques, Kagglers showcasing winning models, industry leaders sharing best practices, and more: https://wandb.ai/gallery
By Lukas Biewald4.8
6868 ratings
Phil shares some of the approaches, like sparsity and low precision, behind the breakthrough performance of Graphcore's Intelligence Processing Units (IPUs).
---
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
---
0:00 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
Links Discussed:
Rigging the Lottery: Making All Tickets Winners (Evci et al., 2019): https://arxiv.org/abs/1911.11134
Graphcore MK2 Benchmarks: https://www.graphcore.ai/mk2-benchmarks
Check out the transcription and discover more awesome ML projects: http://wandb.me/gd-phil-brown
---
Get our podcast on these platforms:
Apple Podcasts: http://wandb.me/apple-podcasts
Spotify: http://wandb.me/spotify
Google Podcasts: http://wandb.me/google-podcasts
YouTube: http://wandb.me/youtube
Soundcloud: http://wandb.me/soundcloud
Join our community of ML practitioners where we host AMAs, share interesting projects and meet other people working in Deep Learning: http://wandb.me/slack
Check out our Gallery, which features curated machine learning reports by researchers exploring deep learning techniques, Kagglers showcasing winning models, industry leaders sharing best practices, and more: https://wandb.ai/gallery

537 Listeners

1,093 Listeners

301 Listeners

345 Listeners

228 Listeners

208 Listeners

99 Listeners

576 Listeners

143 Listeners

226 Listeners

682 Listeners

36 Listeners

34 Listeners

20 Listeners

39 Listeners