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The Getting Started Kit by Vincent

Table of Contents:

1. Introduction 👋

Hey y'all. Vincent here. I'll keep this document short (I'll need water just from typing this). I give resources and advice here and a small ending note.

2. Resources 📘

Deep Learning

For those who are a bit rusty (or are new to deep learning), definitely check out deeplizard's channel (which covers both code and concepts). Specifically, check out deeplizard's series Deep Learning Fundamentals - Intro to Neural Networks for the conceptual overview of deep learning and check out TensorFlow - Python Deep Learning Neural Network API to learn the deep learning library TensorFlow.

Faster R-CNN

There is a family of special CNN architectures suited for the task of object detection called R-CNNs or Region-based CNN.

  • R-CNN
  • Fast R-CNN
  • Faster R-CNN

As you can probably tell from the names of these R-CNNs, each one is faster in terms of speed than the previous one. I will provide mostly resources for Faster R-CNN, but I will also have additional resources on R-CNN and Fast R-CNN.

R-CNN

Fast R-CNN

Faster R-CNN

  • paperswithcode is a website for machine learning papers and code. In the link I provided, it gives the paper and some popular repos that implement the faster r-cnn.
  • chenyuntc's implementation on a Simplified (Clean Code) Version of the Faster R-CNN.
  • Paperspace blog on Faster R-CNN is pretty thorough (covers also R-CNN and Fast R-CNN).
  • analytics-vidhya blog is really thorough (covers r-CNN and Fast R-CNN).

This list is not comprehensive. When in doubt, google or search on YouTube! But these were the resources I found that I thought were pretty thorough.

Mask R-CNN

None of these are comprehensive. Cross compare them, experiment with Mask R-CNN prebuilt code (which you won't use in the actual project), and lastly Google more if you ever find yourself lost.

3. Advice 🤔

  • Interact with your learning. Experiment with and question everything.
  • Don't be discouraged! The field can be daunting if you're a beginner. If you have any questions or concerns reach out to your mentors or Google!
  • Meet with the team often! This is how we make a collaborative effort in progressing in the project. We can also hash out project details, logistics, and other things.

5. Ending Note 👋

Good luck and have fun on the project guys. I hope y'all learn a lot. If you have any questions (which you will) ask us (me and Jon) or try Googling! Reach out to me for further questions about how to get caught up with the material for the project. I can closely guide you through the shortest path to getting up to speed in deep learning. Well that's it for this document, I hope it was helpful. Looking forward to making an awesome project with you guys (and even more excited for you guys to learn more about this field).