Published 3 articles so far, but working on AI architecture and management. While most people are focused on prompt engineering and making stuff with AI; I'm more interested in how it actually works, how to size workloads, how to maximize performance, the security and safety aspects. Here is my most recent article where I played with benchmarking tools to get a baseline and understand how configurations impact token generation
Professor Madhavapeddy, am I understanding your comment correctly? "without having to seek permission slips signed in triplicate", the motivation to create Docker was because of IT bureaucracy?
I've been trying to use tools like these for data aggregation, analysis, and finding trends. One major issue I experience with almost every product is I will tell it to "sort by column x" and it either doesn't do it, or will state that it did it when in fact it did not do the sorting. Check out this query: https://www.phind.com/search/cm7444is700011y6rtzk6l5th
How did you select the hardware?
Did you do a bake off/poc with different vendors?
With the intention of being in different countries, are you going to leverage the same hardware at every DC?
What level of support SLA did you go with for your hardware vendors and the colo facilities?
And my favorite, how are your finances changing (plus pros cons) by going capex vs opex?
Bought a Hisense tv for two reasons: status light turns OFF when the TV is on, and there is a physical disable switch for the microphone. Verified both in reviews and in person before buying.
Has anyone done the math for how much "coffee" EV drivers consume vs ICE drivers? Wonder what the extra costs are for EV drivers while waiting for a charge.
Takes CO2 and extracts one oxygen molecule. Really neat they can do that with Mars' thin atmosphere .
Does anyone know if there is a similar process that can separate both oxygen molecules and the carbon molecule? Then use the C to 3d print things and the oxygen to breathe/fuel/etc? Probably energy limited?