Academics have long pushed back against the labeling of everything as "AI", and only the most public-facing ones with more than a buck to make on the hype treadmill ever stoop so low.
In academia, "AI" is usually reserved as a synonym of "AGI" in large part because of the fuzziness and lack of consensus around a good definition of "intelligence". The term is simply not applied to actual outputs of research because there's no way to justify calling anything "intelligence".
As the saying goes, what's the difference between ML and AI? ML is what the PhDs call it, AI is what the MBAs call it.
Now this is retconning. I did my uni course called AI almost twenty years ago. The same processes had been called that for a long time.
Still an interesting result of course.
https://books.google.com/ngrams/graph?content=artificial+int...
This is from published books, so probably less affected by popular narratives. For that, we have Google Trends!
It looks like they trade places repeatedly when constrained to news searches: https://trends.google.com/trends/explore?cat=5&date=all_2008...
Random forests of significant size also suffer some of the same inexplicability problems that neural networks suffer from, so it makes even more sense to make the comparison.
https://gitlab.com/machine-biology-group-public/pancleave
>This package implements a scikit-learn-based random forest classifier to predict the location of proteoylytic cleavage sites in amino acid sequences. The panCleave model is trained and tested on all human protease substrates in the MEROPS Peptidase Database as of June 2020. This pan-protease approach is designed to facilitate protease-agnostic cleavage site recognition and proteome-scale searches. When presented with an 8-residue input, panCleave returns a binary classification indicating that the sequence is predicted to be a cleavage site or non-cleavage site. Additionally, panCleave returns the estimated probability of class membership. Through probability reporting, this classifier allows the user to filter by probability threshold, e.g. to bias toward predictions of high probability.
In the face of current hype around LLMs and 'fear of AI', calling a Random Forest Classifier 'AI' is a bit... far