All Projects → deeplearningzerotoall → Tensorflow

deeplearningzerotoall / Tensorflow

Deep Learning Zero to All - Tensorflow

Projects that are alternatives of or similar to Tensorflow

Tutorials
AI-related tutorials. Access any of them for free → https://towardsai.net/editorial
Stars: ✭ 204 (-5.56%)
Mutual labels:  jupyter-notebook, tutorial
Deeptoxic
top 1% solution to toxic comment classification challenge on Kaggle.
Stars: ✭ 180 (-16.67%)
Mutual labels:  jupyter-notebook, tutorial
Shape Detection
🟣 Object detection of abstract shapes with neural networks
Stars: ✭ 170 (-21.3%)
Mutual labels:  jupyter-notebook, tutorial
Gasyori100knock
image processing codes to understand algorithm
Stars: ✭ 1,988 (+820.37%)
Mutual labels:  jupyter-notebook, tutorial
Bayesian Modelling In Python
A python tutorial on bayesian modeling techniques (PyMC3)
Stars: ✭ 2,332 (+979.63%)
Mutual labels:  jupyter-notebook, tutorial
Interspeech2019 Tutorial
INTERSPEECH 2019 Tutorial Materials
Stars: ✭ 160 (-25.93%)
Mutual labels:  jupyter-notebook, tutorial
Astropy Tutorials
Tutorials for the Astropy Project
Stars: ✭ 174 (-19.44%)
Mutual labels:  jupyter-notebook, tutorial
Digital video introduction
A hands-on introduction to video technology: image, video, codec (av1, vp9, h265) and more (ffmpeg encoding).
Stars: ✭ 12,184 (+5540.74%)
Mutual labels:  jupyter-notebook, tutorial
Trump Lies
Tutorial: Web scraping in Python with Beautiful Soup
Stars: ✭ 201 (-6.94%)
Mutual labels:  jupyter-notebook, tutorial
Imodels
Interpretable ML package 🔍 for concise, transparent, and accurate predictive modeling (sklearn-compatible).
Stars: ✭ 194 (-10.19%)
Mutual labels:  jupyter-notebook, tutorial
Pytorch Question Answering
Important paper implementations for Question Answering using PyTorch
Stars: ✭ 154 (-28.7%)
Mutual labels:  jupyter-notebook, tutorial
Dlsys Course.github.io
Deep learning system course
Stars: ✭ 207 (-4.17%)
Mutual labels:  jupyter-notebook, tutorial
Autonomousdrivingcookbook
Scenarios, tutorials and demos for Autonomous Driving
Stars: ✭ 1,939 (+797.69%)
Mutual labels:  jupyter-notebook, tutorial
Learnpythonforresearch
This repository provides everything you need to get started with Python for (social science) research.
Stars: ✭ 163 (-24.54%)
Mutual labels:  jupyter-notebook, tutorial
Anomaly detection tuto
Anomaly detection tutorial on univariate time series with an auto-encoder
Stars: ✭ 144 (-33.33%)
Mutual labels:  jupyter-notebook, tutorial
Psi4numpy
Combining Psi4 and Numpy for education and development.
Stars: ✭ 170 (-21.3%)
Mutual labels:  jupyter-notebook, tutorial
Google2csv
Google2Csv a simple google scraper that saves the results on a csv/xlsx/jsonl file
Stars: ✭ 145 (-32.87%)
Mutual labels:  jupyter-notebook, tutorial
Scipy con 2019
Tutorial Sessions for SciPy Con 2019
Stars: ✭ 142 (-34.26%)
Mutual labels:  jupyter-notebook, tutorial
Gans From Theory To Production
Material for the tutorial: "Deep Diving into GANs: from theory to production"
Stars: ✭ 182 (-15.74%)
Mutual labels:  jupyter-notebook, tutorial
Rl Tutorial Jnrr19
Stable-Baselines tutorial for Journées Nationales de la Recherche en Robotique 2019
Stars: ✭ 204 (-5.56%)
Mutual labels:  jupyter-notebook, tutorial

모두를 위한 딥러닝 시즌 2 : 모두가 만드는 모두를 위한 딥러닝

모두가 만드는 모두를 위한 딥러닝 시즌 2에 오신 여러분들 환영합니다.

Getting Started

아래 링크에서 슬라이드와 영상을 통해 학습을 시작할 수 있습니다.

Docker 사용자를 위한 안내

동일한 실습 환경을 위해 docker를 사용하실 분은 docker_user_guide.md 파일을 참고하세요! :)

Install Requirements

pip install -r requirements.txt

TensorFlow

Deep Learning Zero to All - TensorFlow

모든 코드는 Tensorflow 1.12(stable)를 기반으로 작성했으며 Tensorflow 2.0이 출시되는 대로 추후 반영할 예정입니다.

Standarad of Code

코드는 Tensorflow 공식 홈페이지 권장에 따라 Keras + Eager로 작성했으며

Session 버전은 code_session_version / Keras 버전은 other에서 확인하실 수 있습니다.

Contributions/Comments

언제나 여러분들의 참여를 환영합니다. Comments나 Pull requests를 남겨주세요.

We always welcome your comments and pull requests.

목차

PART 1: Basic Machine Learning

  • Lec 01: 기본적인 Machine Learning의 용어와 개념 설명
  • Lab 01: (추가 예정)
  • Lec 02: Simple Linear Regression
  • Lab 02: Simple Linear Regression를 TensorFlow로 구현하기
  • Lec 03: Linear Regression and How to minimize cost
  • Lab 03: Linear Regression and How to minimize cost를 TensorFlow로 구현하기
  • Lec 04: Multi-variable Linear Regression
  • Lab 04: Multi-variable Linear Regression를 TensorFlow로 구현하기
  • Lec 05-1: Logistic Regression/Classification의 소개
  • Lec 05-2: Logistic Regression/Classification의 cost 함수, 최소화
  • Lab 05-3: Logistic Regression/Classification를 TensorFlow로 구현하기
  • Lec 06-1: Softmax Regression: 기본 개념 소개
  • Lec 06-2: Softmax Classifier의 cost 함수
  • Lab 06-1: Softmax classifier를 TensorFlow로 구현하기
  • Lab 06-2: Fancy Softmax classifier를 TensorFlow로 구현하기
  • Lab 07-1: Application & Tips: 학습률(Learning Rate)과 데이터 전처리(Data Preprocessing)
  • Lab 07-2-1: Application & Tips: 오버피팅(Overfitting) & Solutions
  • Lab 07-2-2: Application & Tips: 학습률, 전처리, 오버피팅을 TensorFlow로 실습
  • Lab 07-3-1: Application & Tips: Data & Learning
  • Lab 07-3-2: Application & Tips: 다양한 Dataset으로 실습

PART 2: Basic Deep Learning

  • Lec 08-1: 딥러닝의 기본 개념: 시작과 XOR 문제
  • Lec 08-2: 딥러닝의 기본 개념 2: Back-propagation 과 2006/2007 '딥'의 출현
  • Lec 09-1: XOR 문제 딥러닝으로 풀기
  • Lec 09-2: 딥넷트웍 학습 시키기 (backpropagation)
  • Lab 09-1: Neural Net for XOR
  • Lab 09-2: Tensorboard (Neural Net for XOR)
  • Lab 10-1: Sigmoid 보다 ReLU가 더 좋아
  • Lab 10-2: Weight 초기화 잘해보자
  • Lab 10-3: Dropout
  • Lab 10-4: Batch Normalization

PART 3: Convolutional Neural Network

  • Lec 11-1: ConvNet의 Conv 레이어 만들기
  • Lec 11-2: ConvNet Max pooling 과 Full Network
  • Lec 11-3: ConvNet의 활용 예
  • Lab 11-0-1: CNN Basic: Convolution
  • Lab 11-0-2: CNN Basic: Pooling
  • Lab 11-1: mnist cnn keras sequential eager
  • Lab 11-2: mnist cnn keras functional eager
  • Lab-11-3: mnist cnn keras subclassing eager
  • Lab-11-4: mnist cnn keras ensemble eager
  • Lab-11-5: mnist cnn best keras eager

PART 4: Recurrent Neural Network

  • Lec 12: NN의 꽃 RNN 이야기
  • Lab 12-0: rnn basics
  • Lab 12-1: many to one (word sentiment classification)
  • Lab 12-2: many to one stacked (sentence classification, stacked)
  • Lab 12-3: many to many (simple pos-tagger training)
  • Lab 12-4: many to many bidirectional (simpled pos-tagger training, bidirectional)
  • Lab 12-5: seq to seq (simple neural machine translation)
  • Lab 12-6: seq to seq with attention (simple neural machine translation, attention)

함께 만든 이들

Main Instructor

Main Creator

Docker Developer

Support

  • 네이버 커넥트재단 : 이효은, 장지수, 임우담
Note that the project description data, including the texts, logos, images, and/or trademarks, for each open source project belongs to its rightful owner. If you wish to add or remove any projects, please contact us at [email protected].