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> [0] Bengio, Yoshua, Ian J. Goodfellow, and Aaron Courville. "Deep learning." An MIT Press book. (2015). [pdf] (Deep Learning Bible, you can read this book while reading following papers.) :star::sta…
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There are many ways in which, given a (weighted) collection of linear terms, we can generate weighted graphs. Namely, we traverse based on:
- combinations of terms: function application, lambdas etc.
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### Context
OGGM uses simplified glacier geometries ("flowlines") to represent the flow of ice. This works fine for certain applications (valley glaciers and glacier shrinkage scenarios), but much …
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Hi!
I have been studying your TensorFlow implementation of NEC for a while now. There is a part in your code which I do not fully understand. (Probably in the paper as well.)
The original paper …
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Let's integrate the unification of each step as "low-hanging fruits" on the "lattice of the Tree of Knowledge" in the "Garden of Eden," where "genetic algorithms mutate ideas." This will symbolize the…
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A lot of research in the field of RL is being done now days.
I thought it can be both interesting and productive to have a post that would bring new research from time to time that might be relevant …
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### Describe the bug
I've found that some of my pre-empted runs will not re-run since an additional `_wandb` CLI argument is passed when running the command.
I'm able to reproduce this problem as …
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### Abstract
- propose additional "Attentive Recurrent Network(ARN)" to Transformer encoder to leverage the strengths of both attention and recurrent networks
- WMT14 EnDe and WMT17 ZhEn demonstra…
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Dear all,
Thanks for the great work! I am a beginner in cloth simulation. The collision handling technique in ZENO has inspired me a lot. After learning the code in ZENO, I am still struggling in s…
WYK96 updated
2 weeks ago
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Do you have some links to papers describing such SIREN networks?
I'm interested in this topic.