Must-read tutorial to learn sequence modeling from 'Analytics Vidhya' team and detailed explanation by real examples
The-Ultimate-Learning-Path-for-deep-learning.jpg
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Ultimate learning path of Deep Learning for 2019 in infographics. Image credited from Analytics Vidhya
This is a super cool resource: Papers With Code now includes 950+ ML tasks, 500+ evaluation tables (including SOTA results) and 8500+ papers with code. Probably the largest collection of NLP tasks I've seen including 140+ tasks and 100 datasets.
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What Kagglers are mostly using for Text Classification?
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imractical python.jpg
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Impractical PythonProjects by Lee Vaughan 2018
Github repository:
https://github.com/rlvaugh/Impractical_Python_Projects
https://github.com/rlvaugh/Impractical_Python_Projects
GitHub
GitHub - rlvaugh/Impractical_Python_Projects: Code & supporting files for chapters in book
Code & supporting files for chapters in book. Contribute to rlvaugh/Impractical_Python_Projects development by creating an account on GitHub.
Deep Learning Drizzle
Drench yourself in Deep Learning, Reinforcement Learning, Machine Learning, Computer Vision, and NLP by learning from these selected and exciting lectures!!
GitHub by Marimuthu Kalimuthu
Drench yourself in Deep Learning, Reinforcement Learning, Machine Learning, Computer Vision, and NLP by learning from these selected and exciting lectures!!
GitHub by Marimuthu Kalimuthu
You are deep learning enthusiast and Covolutions are unseperable part of your projects. In this tutorial given comprehensive guideline all about convolutions:
-> Convolution v.s. Cross-correlation
-> Convolution in Deep Learning (single channel version, multi-channel version)
-> 3D Convolution
-> 1 x 1 Convolution
-> Convolution Arithmetic
-> Transposed Convolution (Deconvolution, checkerboard artifacts)
-> Dilated Convolution (Atrous Convolution)
-> Separable Convolution (Spatially Separable Convolution, Depthwise Convolution)
-> Flattened Convolution
-> Grouped Convolution
-> Shuffled Grouped Convolution
-> Pointwise Grouped Convolution
-> Convolution v.s. Cross-correlation
-> Convolution in Deep Learning (single channel version, multi-channel version)
-> 3D Convolution
-> 1 x 1 Convolution
-> Convolution Arithmetic
-> Transposed Convolution (Deconvolution, checkerboard artifacts)
-> Dilated Convolution (Atrous Convolution)
-> Separable Convolution (Spatially Separable Convolution, Depthwise Convolution)
-> Flattened Convolution
-> Grouped Convolution
-> Shuffled Grouped Convolution
-> Pointwise Grouped Convolution
Computer Vision news magazine RSIP vision. February 2019. CV Application, Challenges, Projects
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Introduction to Deep learning with flavor of Natural Language Processing(NLP)
Course (Tokyo Institue of Technology) materials, demos and implementations are available. Enjoy with DL. Happy learning
Course (Tokyo Institue of Technology) materials, demos and implementations are available. Enjoy with DL. Happy learning