> Some pretty good computer science got done before devops was gifted to the world.
I'm happy to talk about this if you want. One of the most important aspects of this work was that people like Dijkstra started using notions that approached what real computers could read while remaining human-readable. This is some measure of classical "reproducibility". And work like McCarthy's was revolutionary in part because it was a definition of reproducibility as a result!
I can give examples of shockingly good papers that are struggling to see the light of day in their industry because they're written in ways that make them hard not only to understand, but to reproduce.
So don't presume to lecture me about this. Part of the reason the word2vec paper stands out is precisely because this is such a deviation from the norm to have a paper misrepresent its most fundamental component: the algorithm.
I'm happy to talk about this if you want. One of the most important aspects of this work was that people like Dijkstra started using notions that approached what real computers could read while remaining human-readable. This is some measure of classical "reproducibility". And work like McCarthy's was revolutionary in part because it was a definition of reproducibility as a result!
I can give examples of shockingly good papers that are struggling to see the light of day in their industry because they're written in ways that make them hard not only to understand, but to reproduce.
So don't presume to lecture me about this. Part of the reason the word2vec paper stands out is precisely because this is such a deviation from the norm to have a paper misrepresent its most fundamental component: the algorithm.