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Comment by pinewurst | Hacker News Reader

I didn't mean it as being disingenuous - that's precisely the value that was sold and if you could do the proper "knowledge engineering", it worked well. It's just interesting to me having seen the previous turn of the AI hype wheel, how much is being repeated.

Another interesting thing was the transition from special purpose hardware - Lisp machines - to C code on commodity platforms. A contrast from today's ML moving in the other direction.

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That's fair. Google's recent paper on predicting patient deaths is another good example of this (logistic regression + good feature engineering performed just as well as their deep learning models, and the logistic regression has the added benefit of being significantly more interpretable and as a result, actionable).

It'll be interesting to see when specialized ML focused silicon will become readily available. Right now I find ML libraries that are able to run on blended architectures (any combination of CPU and GPU's) much more exciting/impactful than TPU's. The ability to deploy on just about any cluster a customer may have available is huge.

In the near future customers don't have clusters, cloud providers offer elastic adaptive compute sharing.

From my experiences (currently work with several Fortune 100 health insurers/benefits managers, and have previously worked for another large insurer, a major academic medical center, and a large pharma company), healthcare organizations tend to be rather cloud adverse (most of our contracts very explicitly forbid us from using any form of 3rd party cloud computing). So while I agree that much of the heavy lifting will shift to the cloud (or already has), I expect health analytics will continue to favor on-premises solutions (GPU’s still tend to be pretty rare compared to CPU based clusters but are slowly becoming more common).

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