• Post category:StudyBullet-16
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Learn Deep learning practically from scratch using Python

What you will learn

How to build artificial neural networks

Architectures of feedforward and convolutional networks

The calculus and code of gradient descent

Learn Python from scratch (no prior coding experience necessary)

Description

Deep Learning is a new part of Machine Learning, which has been introduced with the objective of moving Machine Learning closer to Artificial Intelligence. Machine learning is a scientific discipline that explores the construction and study of algorithms that can learn from data. Such algorithms operate by building a model from example inputs and using that to make predictions or decisions, rather than following strictly static program instructions. Machine learning is closely related to and often overlaps with computational statistics; a discipline that also specializes in prediction-making. Through this training we are going to learn and apply concepts of deep learning with live projects.

The course includes the following;

•Prediction in Structured/Tabular Data

•Recommendation

•Image Classification

•Image Segmentation

•Object Detection

•Style Transfer

•Super Resolution

•Sentiment Analysis


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•Text Generation

•Time Series (Sequence) Prediction

•Machine Translation

•Speech Recognition

•Question Answering

•Text Similarity

•Image Captioning

•Image Generation

•Image to Image Translation

We will be learning the followings:

  • The theory and math underlying deep learning
  • How to build artificial neural networks
  • Architectures of feedforward and convolutional networks
  • Building models in PyTorch
  • The calculus and code of gradient descent
  • Fine-tuning deep network models
  • Learn Python from scratch (no prior coding experience necessary)
  • How and why autoencoders work
  • How to use transfer learning
  • Improving model performance using regularization
English
language

Content

Deep Learning ZERO To HERO – Hands-On With Python

Introduction to Hands on Deeplearning
What is Machine Learning
Popular ML Methods
What is Deep Learning
Applications of Deeplearning
Recommendations
Basic Concept of Deeplearning
Perception
Neural Network
Universal Approximations Theorem
Deep Neural Network
Deep Neural Network Continue
Getting Started
Where to write Code
Jupiter Notebook
Google Colab
Pytorch
Tensors
Tensors Continue
Gradients
MNIST Example
Check Sample
Hidden Layer
Interface on a Digit
Transfer-Learning-Overview
What is Transfer Learning
CS231n Convolutional Neural Networks
Download Dataset
Transform the Data
Visualize the Data
Define the Model
Add a Few Final Layers
Train the Model
Test the Model
What About CIFAR
Image Classifier on Cifar 10 Dataset
Download and Load Our Dataset
Train and Test Dataset
Define Our Neural Network
Working on Image
Input and Output
Define Our Loss Function
Train Data in Enumerate
Train Data in Enumerate Continue
Test the Neural Network on the Test Image
Intro to Text Classifier
Text Classification Using CNN
Prepare the Data
Build the Model
Build the Model Coninue
More on Build the Model
Define a Loss Function
Define a Loss Function Continue
More on Define a Loss Function
Evaluate or Test the Model
Intro to Text Generation
Text Generation-Transformers
Text Generation-Transformers Continue
Transformers-Architectures
Transformers-Architectures Cintinue
Word-Generation
Word-Generation Continue
Text-Generation
Intro to Text Translation
Loading-Data
Preparing-Data
Encoder-Attention Part 1
Encoder-Attention Part 2
Encoder-Attention Part 3
Decoder
Train-Eval-Functions
Train-Eval-Functions Continue
Training-Fixes
Training-Evaluation
Prediction-Tabular-Data Part 1
Prediction-Tabular-Data Part 2
Prediction-Tabular-Data Part 3
Prediction-Tabular-Data Part 4
Collaborative Filtering
Collaborative Filtering Continue
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