avatarNaina Chaturvedi

Summary

The website outlines a comprehensive learning series focused on Tensorflow and Keras, including practical projects, tutorials, and foundational concepts, aimed at developing a deep understanding of machine learning and deep learning.

Abstract

The website introduces the "30 days of Tensorflow and Keras with Projects Series," a vertical series designed to provide an in-depth, hands-on learning experience in Tensorflow and Keras. This series is part of a broader range of educational content offered by the platform, which includes ongoing series on MLOps, Time Series Analysis, Data Analytics, System Design, and more. The Tensorflow and Keras series promises daily updates with new topics and projects, encouraging learners to subscribe for regular content. It aims to cover a wide array of subjects, from basic concepts like neural networks and convolutional neural networks to advanced topics such as debugging and style transferring in Tensorflow. The series also emphasizes the importance of practical application through projects, providing a GitHub repository for code maintenance. Prerequisites include a foundation in data science and machine learning, with a recommendation to complete the "60 days of Data Science and Machine Learning" series before beginning. The learning tools mentioned are Google Colabs and Jupyter Notebooks, and the content is structured to build a solid understanding of both Tensorflow and Keras, culminating in over 40 projects to reinforce learning.

Opinions

  • The author expresses enthusiasm and encouragement for learners to engage with the content, suggesting a belief in the practical value of hands-on projects.
  • The author emphasizes the importance of a strong foundational knowledge in data science and machine learning as a prerequisite for this series, indicating a commitment to structured learning.
  • By providing a GitHub repository, the author shows a commitment to transparency and community collaboration, allowing learners to follow along and contribute to the projects.
  • The frequent updates and the creation of a dedicated YouTube channel, Ignito, reflect the author's dedication to maintaining an up-to-date and dynamic learning environment.
  • The inclusion of system design case studies and a tech newsletter sign-up indicates the author's intention to offer a comprehensive resource for both technical skills and industry knowledge.
  • The mention of other series and resources suggests the author's belief in a holistic approach to learning, encompassing a wide range of related topics in the field of technology.

30 days of Tensorflow and Keras with Projects Series

Vertical series ( One post that will house all the projects as we build/implement them)

Welcome back peeps. Happy to share that we have just finished —

Finished Series —

60 Days of Data Science and Machine Learning with projects Series

30 days of Data Engineering Series

23 System Design Case Studies Series

30 days of Data Structures and Algorithms Series

30 days of Data Analytics Series

15 days of Advanced SQL Series

Complete System Design with most popular Questions Series

We are now starting a new series — 30 days of Tensorflow and Keras with Projects Series . This series would run in parallel with —

Ongoing Series —

30 days of MLOps

15 days of Time Series Analysis and Forecasting

30 days of Deep Learning Series

ML Research ( papers) Simplified

Projects Videos —

All the projects, data structures, SQL, algorithms, system design, Data Science and ML , Data Analytics, Data Engineering, , Implemented Data Science and ML projects, Implemented Data Engineering Projects, Implemented Deep Learning Projects, Implemented Machine Learning Ops Projects, Implemented Time Series Analysis and Forecasting Projects, Implemented Applied Machine Learning Projects, Implemented Tensorflow and Keras Projects, Implemented PyTorch Projects, Implemented Scikit Learn Projects, Implemented Big Data Projects, Implemented Cloud Machine Learning Projects, Implemented Neural Networks Projects, Implemented OpenCV Projects,Complete ML Research Papers Summarized, Implemented Data Analytics projects, Implemented Data Visualization Projects, Implemented Data Mining Projects, Implemented Natural Leaning Processing Projects, MLOps and Deep Learning, Applied Machine Learning with Projects Series, PyTorch with Projects Series, Tensorflow and Keras with Projects Series, Scikit Learn Series with Projects, Time Series Analysis and Forecasting with Projects Series, ML System Design Case Studies Series videos will be published on our youtube channel ( just launched).

Subscribe today!

What is Tensorflow?

Tensorflow is an open source platform for machine learning and deep learning developed by Google Brain Team and written in C++, Python, and CUDA created for large numerical computations and deep learning. It ingests the data in the form of tensors which are nothing but multi-dimensional arrays of higher dimensions to handle large amounts of data. It works on the data flow graphs that have nodes and edges and supports both CPUs and GPUs. It works by preprocessing the data, building the model, training and estimating the model.

Pic credits : Tensorflow

What is Keras?

Keras is a very powerful open source Python library which is runs on top of top of other open source machine libraries like TensorFlow, Theano etc, used for developing and evaluating deep learning models and leverages various optimization techniques.

Pic credits : Github

Features —

  • Keras fully supports recurrent neural networks and convolution neural networks
  • Keras runs smoothly on both CPU and GPU
  • Keras NN are written in Python which advocates simplicity and great debugging power
  • Keras is known for its incredibly expressive, flexible, minimal structure
  • Keras is consistent, simple and extensible API
  • Keras is also known for its highly computational scalability
  • Extensive support for various platforms and backends

Goal

Note : Everyday new tensorflow and Keras topics and projects will be uploaded/posted here. This is a vertical post so check this post regularly for new topics/projects.

Let’s set a clear objective.

The goal is to develop an intuition and understand (in the depth) the practical side of Tensor flow and Keras and build projects.

I have created a GitHub repo for this series where we will be maintaining our code.

Tools

We will be using Google Colabs and Jupyter Notebooks.

Prerequisite to this series

Complete 60 days of Data Science and Machine Learning before starting this series ( link below) —

Let’s talk about topics and projects we are going to cover in this series

We will be covering —

TensorFlow Basics

What is TensorFlow?

How it Works?

How to Download & Install TensorFLow

Jupyter Notebook Tutorial

TensorFlow Basics

TensorBoard Tutorial

Python Pandas Tutorial

Import CSV Data

Linear Regression with TensorFlow

Binary Classification in TensorFlow

Gaussian Kernel

TensorFlow Perceptron

Single Layer Perceptron

Hidden Layer Perceptron

Multi-layer Perceptron

ANN in TensorFlow

What is Artificial Neural Network

Implementation of Neural Network

Classification of Neural Network

CNN in TensorFlow

CNN Introduction

Working of CNN

CNN project

RNN in TensorFlow

RNN Introduction

Working of RNN

RNN Time Series

LSTM RNN in Tensorflow

Training of RNN

Types of RNN

Autoencoders

TensorFlow Autoencoder

Style Transferring

Style Transferring in TensorFlow

Gram Matrix in Style Transferring

Style Transferring Working

TensorFlow Debugging

TensorFlow Debugging

Keras Basics

What is Keras?

Installation of Keras

Keras Backends

Keras Models

Keras layers

Keras Models and Layers

Keras Model class

Keras Sequential class

Keras Core Layers

Recurrent Layers

Embedding Layers

Keras Merge Layers

Convolutional Layer

Pooling Layers

Tensorflow and Keras Projects (40)

Tensorflow and Keras projects repo

That’s it for now. We will keep updating this post covering above topics.

Let me know if you have questions in the comment section below. Subscribe/ Follow, Like/Clap as it would encourage me to write more in my free time

Stay Tuned and Keep coding!!

Read More —

11 most important System Design Base Concepts

1. System design basics

2. Horizontal and vertical scaling

3. Load balancing and Message queues

4. High level design and low level design, Consistent Hashing, Monolithic and Microservices architecture

5. Caching, Indexing, Proxies

6. Networking, How Browsers work, Content Network Delivery ( CDN)

7. Database Sharding, CAP Theorem, Database schema Design

8. Concurrency, API, Components + OOP + Abstraction

9. Estimation and Planning, Performance

10. Map Reduce, Patterns and Microservices

11. SQL vs NoSQL and Cloud

12. Most Popular System Design Questions

13. System Design Template — How to solve any System Design Question

14. Quick RoundUp : Solved System Design Case Studies

System Design Case Studies — In Depth

Design Instagram

Design Netflix

Design Reddit

Design Amazon

Design Messenger App

Design Twitter

Design URL Shortener

Design Dropbox

Design Youtube

Design API Rate Limiter

Design Web Crawler

Design Amazon Prime Video

Design Facebook’s Newsfeed

Design Yelp

Design Uber

Design Tinder

Design Tiktok

Design Whatsapp

Most Popular System Design Questions

Mega Compilation : Solved System Design Case studies

Complete Data Structures and Algorithm Series

Complexity Analysis

Backtracking

Sliding Window

Greedy Technique

Two pointer Technique

Arrays

Linked List

Strings

Stack

Queues

Hash Table/Hashing

Binary Search

1- D Dynamic Programming

Divide and Conquer Technique

Recursion

Some of the other best Series —

60 days of Data Science and ML Series with projects

30 Days of Natural Language Processing ( NLP) Series

30 days of Machine Learning Ops

30 days of Data Structures and Algorithms and System Design Simplified

60 Days of Deep Learning with Projects Series

30 days of Data Engineering with projects Series

Data Science and Machine Learning Research ( papers) Simplified **

100 days : Your Data Science and Machine Learning Degree Series with projects

23 Data Science Techniques You Should Know

Tech Interview Series — Curated List of coding questions

Complete System Design with most popular Questions Series

Complete Data Visualization and Pre-processing Series with projects

Complete Python Series with Projects

Complete Advanced Python Series with Projects

Kaggle Best Notebooks that will teach you the most

Complete Developers Guide to Git

Exceptional Github Repos — Part 1

Exceptional Github Repos — Part 2

All the Data Science and Machine Learning Resources

210 Machine Learning Projects

Tech Newsletter —

If you are interested, you can join my newsletter through which I send tech interview tips, techniques, patterns, hacks — Software Development, ML, Data Science, Startups and Technology projects to more than 30K readers. You can subscribe to Tech Brew :

For Python Projects —

For complete 60 days of Data Science and ML : Day 1 — Day 60 : Quick Recap of 60 days of Data Science and ML

Follow for more updates.

For other projects, tune to —

Build Machine Learning Pipelines( With Code)

Recurrent Neural Network with Keras

Clustering Geolocation Data in Python using DBSCAN and K-Means

Facial Expression Recognition using Keras

Hyperparameter Tuning with Keras Tuner

Custom Layers in Keras

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