Coding a neural network from scratch part 7 - visualizing the mistakes

TL;DR

This tutorial series explores building a neural network from scratch, examining model accuracy, visualizations, and potential improvements.

Transcript

everybody welcome back to our tutorial series on building a neural network from scratch when we left off we had just finished training up our model over a thousand epochs and saw that it reached a pretty high accuracy today we want to take a look at where does the model go wrong what exactly does it screw up is it something we would mess up ourselv... Read More

Key Insights

• 🚂 The tutorial series focuses on training a neural network model and evaluating its accuracy.
• 💄 Visualizations of misclassified images provide insights into how the model makes mistakes and perceives features.
• 👋 The achieved accuracy of the model is around 96%, which is considered reasonably good.
• 🪜 The tutorial suggests potential improvements to the model, such as adding extra layers or units, or implementing convolution techniques.
• 📔 Convolution techniques are briefly mentioned but not covered extensively in this tutorial series.
• 🎮 The tutorial concludes by mentioning future videos that may explore other topics.

Questions & Answers

Q: What does the tutorial series aim to explore?

The tutorial series aims to explore building a neural network from scratch and understanding its performance.

Q: How is the accuracy of the model assessed?

The accuracy of the model is assessed by analyzing its misclassifications and visualizing the predicted and actual values.

Q: What is the achieved accuracy of the model?

The achieved accuracy of the model is approximately 96%.

Q: What are some potential ways to improve the model's performance?

The tutorial suggests adding extra layers, units, or implementing convolution techniques to potentially improve the model's performance.

Summary & Key Takeaways

• The tutorial series focuses on training a neural network model and analyzing its accuracy after a thousand epochs.

• The model's accuracy is assessed by examining its misclassifications and visualizing the predicted and actual values.

• The accuracy achieved is approximately 96%, and the tutorial acknowledges the possibility of improving the model with techniques like convolution.