Master Neural Networks: Build with JavaScript and React
Master Neural Networks: Build with JavaScript and React, available at $84.99, with 101 lectures, and has 1 subscribers.
You will learn about Understand and implement perceptrons (single neuron) for binary classification Learn and apply neural network fundamentals in code Integrate neural networks into web applications using JavaScript and React Work with large-scale data, understanding and parsing it effectively This course is ideal for individuals who are Beginners who want a comprehensive, step-by-step guide to neural networks or Anyone interested in learning neural networks using JavaScript and React or Web developers looking to enhance their skills with AI It is particularly useful for Beginners who want a comprehensive, step-by-step guide to neural networks or Anyone interested in learning neural networks using JavaScript and React or Web developers looking to enhance their skills with AI.
Enroll now: Master Neural Networks: Build with JavaScript and React
Summary
Title: Master Neural Networks: Build with JavaScript and React
Price: $84.99
Number of Lectures: 101
Number of Published Lectures: 101
Number of Curriculum Items: 101
Number of Published Curriculum Objects: 101
Original Price: $139.99
Quality Status: approved
Status: Live
What You Will Learn
- Understand and implement perceptrons (single neuron) for binary classification
- Learn and apply neural network fundamentals in code
- Integrate neural networks into web applications using JavaScript and React
- Work with large-scale data, understanding and parsing it effectively
Who Should Attend
- Beginners who want a comprehensive, step-by-step guide to neural networks
- Anyone interested in learning neural networks using JavaScript and React
- Web developers looking to enhance their skills with AI
Target Audiences
- Beginners who want a comprehensive, step-by-step guide to neural networks
- Anyone interested in learning neural networks using JavaScript and React
- Web developers looking to enhance their skills with AI
Welcome to Master Neural Networks: Build with JavaScript and React. This comprehensive course is designed for anyone looking to understand and build neural networks from the ground up using JavaScript and React.
What You’ll Learn:
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Introduction to Neural Networks
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Understand the basics of perceptrons and their similarities to biological neurons.
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Learn how perceptrons work at a fundamental level.
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Building a Simple Perceptron
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Code a perceptron to classify simple objects (e.g., pencils vs. erasers) using hardcoded data.
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Implement a basic perceptron from scratch and train it with sample inputs and outputs.
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Draw graphs and explain the steps needed, including defining weighted sums and activation functions.
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Perceptron for Number Recognition
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Advance to coding a perceptron for number recognition using the MNIST dataset to identify if a number is 0 or not.
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Train the perceptron using the MNIST dataset, optimizing weights and biases.
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Learn techniques to calculate accuracy and handle misclassified data.
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Save and export the trained model for use in web applications.
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Parsing and Preprocessing MNIST Data
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Learn to parse and preprocess MNIST data yourself.
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Understand the file formats and the steps needed to convert image data into a usable format for training.
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Building a Multi-Layer Perceptron (MLP)
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Develop a more complex MLP to recognize digits from 0 to 9.
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Implement training algorithms and understand backpropagation.
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Explore various activation functions like ReLU and Softmax.
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Practical Implementation with JavaScript and React
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Integrate neural networks into web applications using JavaScript, React, and Node.js.
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Build and deploy full-stack applications featuring neural network capabilities.
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Create a React application to test and visualize your models, including drawing on a canvas and making predictions.
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Integrate TensorFlow library
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Learn to setup Neural networks with TensorFlow
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Use Tensorflow to recognize numbers from 0-9
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Course Features:
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Step-by-step coding tutorials with detailed explanations.
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Hands-on projects to solidify your understanding.
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Graphical visualization of neural network decision boundaries.
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Techniques to save and export trained models for real-world applications.
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Comprehensive coverage from basic perceptrons to multi-layer perceptrons.
Course Curriculum
Chapter 1: Introduction
Lecture 1: Introduction
Lecture 2: How to approach the lectures
Lecture 3: Few words before start
Chapter 2: Neuron vs Perceptron
Lecture 1: Initial Setup
Lecture 2: Neuron
Lecture 3: Biological neuron vs perceptron
Chapter 3: Classify objects
Lecture 1: Define data
Lecture 2: Define data in code
Lecture 3: Weighted sum
Lecture 4: Change the weight
Lecture 5: Update weights
Lecture 6: Compute sums in code
Lecture 7: Update weights for all inputs
Lecture 8: Update weights in code
Lecture 9: Measure accuracy
Lecture 10: Testing data
Lecture 11: Init weights randomly
Lecture 12: Measure acuracy each epoch
Chapter 4: Mnist Dataset
Lecture 1: Mnist data
Lecture 2: Read bytes
Lecture 3: Read info bytes
Lecture 4: Show label file
Lecture 5: Parse labels out
Lecture 6: Parse out images
Lecture 7: Save testing data
Chapter 5: Frontend in React
Lecture 1: Init react app
Lecture 2: Init home and navigation
Lecture 3: Basic router
Lecture 4: Finish routing
Lecture 5: Load mnist data
Lecture 6: Batch the data
Lecture 7: Display all labels
Lecture 8: Display images
Chapter 6: Real data training
Lecture 1: Save training data
Lecture 2: Process labels and inputs
Lecture 3: Train the perceptron
Lecture 4: Testing accuracy
Lecture 5: Show misclassified data
Lecture 6: Export model
Chapter 7: Prediction on Frontend
Lecture 1: Fetch model on frontend
Lecture 2: Make predictions
Lecture 3: Display prediction visualy
Lecture 4: New image prediction page
Lecture 5: Canvas preparation
Lecture 6: Draw on cavnas
Lecture 7: Get inputs from canvas
Lecture 8: Make prediction from canvas
Lecture 9: Clear canvas and display prediction
Chapter 8: Improving the model
Lecture 1: Adjust pixel values
Lecture 2: Experimenting with training
Lecture 3: Get misclassified data ready
Lecture 4: Send data to server
Lecture 5: Store misclassified data
Lecture 6: Simple perceptron wrap up
Chapter 9: Neural Networks – Forward Propagation
Lecture 1: Mlp introduction
Lecture 2: Mlp Finish Network
Lecture 3: Forward pass hidden activations
Lecture 4: Mlp data in code
Lecture 5: Compute hidden sum in code
Lecture 6: Compute hidden activations in code
Lecture 7: Hidden to output sums math + code
Lecture 8: Softmax explanation + math
Lecture 9: Additional info
Lecture 10: More explanation – recap
Lecture 11: Compute output probabilities
Chapter 10: Neural Networks – Backward Propagation
Lecture 1: Code cleanup
Lecture 2: Calculate output deltas
Lecture 3: Delta hidden neuron 1
Lecture 4: Delta Hidden neuron 2
Lecture 5: Hidden deltas in code
Lecture 6: Gradient of loss math
Lecture 7: Update hidden output weights math
Lecture 8: Update hidden output weights in code
Lecture 9: Weights input hidden math
Lecture 10: Weights input hidden code
Chapter 11: Neural Networks – Model Training
Lecture 1: More training data
Lecture 2: Init weghts randomly
Lecture 3: Loss function
Lecture 4: Measure accuracy of NN
Chapter 12: Neural Networks – Train MNIST Dataset
Lecture 1: Generate mlp data
Lecture 2: Load mlp data
Lecture 3: Encode labels
Lecture 4: Train the mlp model
Lecture 5: Improve logging
Lecture 6: Save mlp model
Lecture 7: Improving mlp model
Chapter 13: Neural Networks – Frontend
Lecture 1: Prepare mlp fronted page
Instructors
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Eincode by Filip Jerga
Online Education -
Filip Jerga
Software Engineer
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