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https://arxiv.org/abs/1408.5882
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From [Algorithmic Simplicity](https://www.youtube.com/@algorithmicsimplicity):
- [x] [Why Does Diffusion Work Better than Auto-Regression? - YouTube](https://www.youtube.com/watch?v=zc5NTeJbk-k)
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## 論文リンク
https://arxiv.org/abs/1905.11946
## 公開日（yyyy/mm/dd）
2019/05/28
## 概要
CNN において、resolution, depth, width の 3 つを固定した ratio で uniform にスケールする compound scaling を考案。それぞれ $ r, d, w $ としたときに…
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**This is a(n):**
- [x] New algorithm
- [ ] Update to an existing algorithm
- [ ] Error
- [ ] Proposal to the Repository
**Details:**
The task is to add code for **Convolutional Neural Net…
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Hi, I would like to ask if there is an existing source code for the implementation of graph convolution neural networks.
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https://liam.page/2017/07/27/convolutions-and-convolution-neural-network/
早在学习数学分析时，我就已经接触过卷积的概念。然而，彼时年少，水平有限，没有完整地理解卷积的概念和精髓。这个遗憾一直持续至今。接触到卷积神经网络（Convolution Neural Network, CNN）之后，旧事重提般地，想要了解清楚卷积…
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斯坦福CS231n：面向视觉识别的卷积神经网络
CS231n课程翻译系列
课程教师Andrej Karpathy
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https://mengoreo.github.io/post/cnn-in-org-subtree-export/
X’s and O’s Figure 1: Determining whether an image is an X or an O
To better understand how CNN works. Consider an simpl…
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## Objective
- Implement a model that can perform image noise reduction, enhancing the quality of images by reducing noise while preserving important features.
## Tasks
- Data Cleaning & Transforma…
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### Have you read the Contributing Guidelines on issues?
- [X] I have read the [Contributing Guidelines on issues](https://github.com/ajay-dhangar/algo/blob/main/CONTRIBUTING.md).
### Description
C…