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Machine Learning Paper Reviews πŸ”ŽπŸ“œ

Check out this thread for short reviews of some interesting Machine Learning and Computer Vision papers. I explain the basic ideas and main takeaways of each paper in a Twitter thread.

πŸ‘‡ I'm adding new reviews all the time! πŸ‘‡

AlexNet - the paper that started the deep learning revolution in Computer Vision!


DenseNet - reducing the size and complexity of CNNs by adding dense connections between layers.


Playing for data - generating synthetic GT from a video game (GTA V) and using it to improving semantic segmentation models.


Transformers for image recognition - a new paper with the potential to replace convolutions with a transformer.
Amazing resources to start learning MLOps, one of the most exciting areas in machine learning engineering:

↓

πŸ“˜ Introducing MLOps

An excellent primer to MLOps and how to scale machine learning in the enterprise.

https://t.co/GCnbZZaQEI


πŸŽ“ Machine Learning Engineering for Production (MLOps) Specialization

A new specialization by https://t.co/mEjqoGrnTW on machine learning engineering for production (MLOPs).

https://t.co/MAaiRlRRE7


βš™οΈ MLOps Tooling Landscape

A great blog post by Chip Huyen summarizing all the latest technologies/tools used in MLOps.

https://t.co/hsDH8DVloH


πŸŽ“ MLOps Course by Goku Mohandas

A series of lessons teaching how to apply machine learning to build production-grade products.

https://t.co/RrV3GNNsLW
*Reproducible deep learning*
Lectures 3 and 4 are out!

With code versioning out of the way, it is time to look at data versioning (@DVCorg) and environment isolation (@Docker).

All information in a small thread. πŸ‘‡ /n


If you know Git, you (almost) know @DVCorg!

A fantastic tool to secure your data in a number of remotes, or to create "data repositories" from which to immediately get folders and artifacts.

My intro to DVC:
https://t.co/2m3cXGAPN6

/n


For the course, I created a simple exercise tasking you with initializing DVC on the repository, and syncing the data locally and remotely.

To simulate an S3-like interface, we use a small https://t.co/91bFj7KSPG server and boto3.

Code: https://t.co/KDSX80aqJs

/n


Next up, it is time to "dockerize" your environment!

Docker has become an almost de-facto standard, and knowing it is practically indispensable today.

A very quick introduction, glossing over a number of details: https://t.co/XSrUZNhd3g

/n


In the corresponding exercise, you will learn about creating a working environment in Docker, packaging the entire training loop, and pushing/pulling an image from the Hub.

Code is here: