AI News and AnalysisAI News and Analysis
AI News and Analysis3 min read

The AI Monthly Top 3 — January 2021

What happened in the AI research in January 2021. The 3 most interesting papers!

Updated Apr 25, 2021
The AI Monthly Top 3 — January 2021
Contents

Here are the 3 most interesting research papers of the month, in case you missed any of them. It is a curated list of the latest breakthroughs in AI and Data Science by release date with a clear video explanation, link to a more in-depth article, and code (if applicable). Enjoy the read, and let me know if I missed any important papers in the comments, or by contacting me directly on LinkedIn!

Paper #1:

DALL·E: Generate Images from Text Captions! Inspired by GPT-3 and Image-GPT from OpenAI [1]

OpenAI successfully trained a network able to generate images from text captions. It is very similar to GPT-3 and Image GPT and produces amazing results.

[

DALL·E: Generate Images from Text Captions! Inspired by GPT-3 and Image-GPT from OpenAI

DALL-E is a new neural network developed by OpenAI based on GPT-3.In fact, it’s a smaller version of GPT-3 using 12-billion parameters instead of 175 billion. But it has been specifically trained to…

Visual example from The AI Monthly Top 3 January 2021

](https://medium.com/towards-artificial-intelligence/dall-e-generate-images-from-text-captions-inspired-by-gpt-3-and-image-gpt-from-openai-aacd7cd46e03)

Paper #2:

The AI-Powered Online Fitting Room: VOGUE [2]

Google used a modified StyleGAN2 architecture to create an online fitting room where you can automatically try-on any pants or shirts you want using only an image of yourself.

[

The AI-Powered Online Fitting Room: VOGUE

A team of researchers from Google, MIT, and the University of Washington recently published a paper called “VOGUE: Try-On by StyleGAN Interpolation Optimization”. They use a GAN architecture to…

Visual example from The AI Monthly Top 3 January 2021

](https://medium.com/towards-artificial-intelligence/the-ai-powered-online-fitting-room-vogue-5f77c599832)

Paper #3:

Combining the Transformers Expressivity with the CNNs Efficiency for High-Resolution Image Synthesis [3]

Tl;DR: They combined the efficiency of GANs and convolutional approaches with the expressivity of transformers to produce a powerful and time-efficient method for semantically-guided high-quality image synthesis.

[

Combining the Transformers Expressivity with the CNNs Efficiency for High-Resolution Image…

You’ve probably heard of iGPT, or Image-GPT recently published by OpenAI that I covered on my channel. It is the state-of-the-art generative transformer model. OpenAI used the transformer…

Visual example from The AI Monthly Top 3 January 2021

](https://medium.com/towards-artificial-intelligence/combining-the-transformers-expressivity-with-the-cnns-efficiency-for-high-resolution-image-synthesis-31c6767547da)

Code: https://github.com/CompVis/taming-transformers

More from me:

References

[1] Aditya RameshMikhail PavlovGabriel GohScott Gray, OpenAI, Dall·E (2021).

[2] Lewis, Kathleen M et al., (2021), VOGUE: Try-On by StyleGAN Interpolation Optimization.

[3] Taming Transformers for High-Resolution Image Synthesis, Esser et al., 2020.

Discussion

Comments

Loading

No account needed. Your name and comment will be public, so do not include private information. See the privacy page for details.

Keep learning

Want the practical side of AI, without the hype fog?

I share the useful parts on YouTube, Substack, and the AI engineering guides.

FAQ

Which papers defined the January 2021 roundup?

The list features DALL-E, VOGUE virtual try-on, and transformer-based high-resolution image synthesis.

What did DALL-E demonstrate?

It showed that a GPT-style model could generate novel images conditioned on natural-language captions.

What problem did VOGUE address?

VOGUE explored transferring clothing style onto a generated person for virtual try-on.

Why combine transformers with convolutional networks?

Transformers capture broad relationships while convolutions provide efficient local processing for high-resolution images.

How should readers compare these early systems with current models?

Use the papers to understand the ideas, while recognizing that later systems changed scale, data, quality, and controls.