Two years ago at their vegas conference they had a coffee shop that used AI to recommend coffee types. I thought "boy, they don't understand this technology".
Two years ago at their vegas conference they had a coffee shop that used AI to recommend coffee types. I thought "boy, they don't understand this technology".
I worked on another one for this company called Vibration Advisor which diagnosed odd noises in GM cars.
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.
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.
Are we close to it being technically feasible , leaving aside regulation and interpersonal qualities doctors bring to the table ?
The likes of INTERNIST, CADUCEUS, and MYCIN have been around and provably accurate starting in the late 70s through the mid-80s. MYCIN even arguably sparked the 1st AI boom. But there were ethical issues with computer-aided diagnosis that I'm not sure have been solved/overcome.
Perhaps the current startup generation can get past them with Zuckerberg, Kalanick and Holmes as role models. :)
Of course, there are those who make their way into the small clique of people at any tech company that get to do impactful, fulfilling work. But any given person is unlikely to be one of them, and if you want to be one of them you usually have to kill yourself working crazy hours first. (And probably afterwards too.)