FTFY
Yet it's doing the same job, albeit at breathtakingly lower efficiency.
295 publicly visible posts • joined 17 Apr 2010
But of course it did that. Not even the image specific machines can actually tell you what an image is about, only what pre-defined tags it is able to recognise. They cannot see the whole image AS a whole image. Show it an apple and 90% of the time it'll tell you that's an apple, not that the apple is accidentally in the dairy section of the store.
That an automated guessing engine cannot fully grasp the idea of QR codes is not a surprise.
"How to use these LLMs"
Well I suppose if you just need to fill disk they're alright. Maybe shunt the models back and forth to stress test your network? In a pinch I suppose you could actually run them to keep the place warm when the heat goes out.
Never been more glad to be in trades than right now. No copilot, no AI at all. Not even any ML, though properly done ML might actually be useful, LLMs are decidedly shit.
"need humans to monitor them"
We tradesmen do that already with apprentices. Not sure why people don't see that parallel in the more white-collar fields.
A bit of Schadenfreude, we were told to 'get with the times' as the CNC machines slowly automated away our skillset for profit... Your turn.
People willingly buy into a hardware setup that is dependent on the provider maintaining support but doesn't guarantee that support? Or is it directly in the contract that you're going to have a room full of pretty bricks after X years?
Imagine buying a hammer that requires you to sign into the cloud before it will hit a nail. Oh brave new world..
It's not a matter of benevolence with current AI tech. It is incapable of actual decision making. Once the model is trained, the 'decisions' made will fall into the same range of probabilities no matter how much the situation might have changed or how much time has passed. An AI of today would still be giving todays responses ten thousand years from now.
Source compatibility reminds me of Open Solaris. I'm no programmer and was faced with a driver I needed being written for kernel 4 when the open kernel was iirc 8 or 10. To my surprise I only had to change a few path names in the code and it not only compiled but correctly supported my hardware. (One of those TV tuner cards. Using the V4L Linux code ported to Solaris).
You have indeed inflicted BSP on the world as the G series of fittings is BSP equivalent in size and pitch but is usually still specified in inches in North America at least.
i.e. to fit a G1/4 fitting you can tap the hole 1/4BSP.
An unexpected bonus to the system, being able to use it for maintenance of the steel building frame like that.
I exaggerate of course. 400V is far more than you'd need for welding. Most units push 50-100 at arc start and stabilize at +/-20 when running, depending on electrode type and arc length.
With 400V and 1000A you could weld with 3/4" rebar as your filler.