this post was submitted on 22 Nov 2023
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Machine Learning

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I started my PhD in NLP a year or so before the advent of Transformers, and finished it just as ChatGPT was unveiled (literally defended a week before). Halfway through, I felt the sudden acceleration of NLP, where there was so much everywhere all at once. Before, knowing one's domain, and the state-of-the-art GCN, CNN or Bert architectures, was enough.

Since, I've been working in a semi-related area (computer assisted humanities) as a data engineer/software developer/ML engineer (it's a small team so many hats). Not much in terms of latest news, so I tried recently to get up to speed with the recent developments.

But there are so many ! Everywhere. Even just in NLP, not considering all the other fields such as reinforcement learning, computer vision, all the fundamentals of ML etc. It is damn near impossible to gather an in-depth understanding of a model as they are so complex, and numerous. All of them are built on top of other ones, so you also need to read up on those to understand anything. I follow some people on LinkedIn who just give new names every week or so. Going to look for papers in top conferences is also daunting as there is no guarantee that a paper with an award will translate to an actual system, while companies churn out new architectures without the research paper/methodology being made public. It's overwhelming.

So I guess my question is two fold : how does one get up to speed after a year of not being too much in the field ? And how does one keep up after that ?

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[โ€“] bgighjigftuik@alien.top 1 points 11 months ago (1 children)

No one does. Do you really think that engineers/researchers at OpenAI, Google Brain/DeepMind, MS Research, Meta Research etc are up to date in all topics?

We're not. We just focus on our current field of expertise/daily job for the most part. Professors at university usually have a wider (but not deeper) view, but only top ones.

[โ€“] CursedCrystalCoconut@alien.top 1 points 11 months ago

Then it's kind of sad, because a lot of discoveries have been made by looking at what other disciplines were doing and cross-pollinating (genetic algorithms, attention, etc.). Plus then how does one know of they want to branch to another domain? But you're right there is too much...