Amr Khalifa (AmrKhalifa)

AmrKhalifa

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Company:@google

Twitter:@AmrMAlameen

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Amr Khalifa's repositories

ML_DL-Tutorials

Supplementary Machine Learning and Deep Learning tutorial sessions with code to AMMI program 2019-2020 cohort.

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Implementations-to-Machine-Learning-Algorithms

different machine learning algorithms implemented from scratch

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Programming-skills-exercises

Reinforcing algorithmic and software engineering skills in Python.

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3D-Indoor-localization-system

The project uses audio signals to locate objects in the 3D space.

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Cancer_relapse_prediction

predicting the possibility of cancer relapse from gene expression features.

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d2l-pytorch

This project reproduces the book Dive Into Deep Learning (www.d2l.ai), adapting the code from MXNet into PyTorch.

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Pytorch-tutorials

PyTorch tutorials.

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Semi-Supervised-Learning

Exploring semi supervised learning for image classification

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Solutions-to-MIT-6.0002-Introduction-to-Computational-Thinking-and-Data-Science-assignments

MIT 6.0002 Introduction to Computational Thinking and Data Science assignments solutions

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Zindi-Sendy-Logistics-Challenge

Our implementaions to the solution of Sendy Logistics Challenge

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The-Use-of-Computational-Intelligence-for-Traffic-Light-Control

Using Reinforcement learning and hyper heuristics for optimal traffic light control

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algovision

Differentiable Algorithms and Algorithmic Supervision.

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diff-zoo

Differentiation for Hackers

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examples

A set of examples around pytorch in Vision, Text, Reinforcement Learning, etc.

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IndabaX-Sudan-2019

Practical Sessions for IndabaX Sudan 2019

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jaxton

100 exercises to learn JAX

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Playing-with-AutoEncoders

Implementation of vanilla autoEncoder, denoising autoEncoder and Variational AutoEncoder trained on FashionMNIST dataset.

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pymc-resources

PyMC3 educational resources

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Real-Time-Voice-Cloning

Clone a voice in 5 seconds to generate arbitrary speech in real-time

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rethinking-tensorflow-probability

Statistical Rethinking (2nd Ed) with Tensorflow Probability

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Solutions-to-CS224N-Natural-Language-Processing-with-Deep-Learning-

My solutions to CS224N: Natural Language Processing with Deep Learning winter 2019 version

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VMLS-Companions

These are companion notebooks written in Julia and Python for: "Introduction to Applied Linear Algebra" by Boyd and Vandenberghe.

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