I don’t think you have interpreted that correctly. People tend to reinstall when changing versions, for example from Ubuntu 22.04 to 24.04. That isn’t the same as doing updates.

Honestly if you are that worried about updates breaking stuff, you might be better off using an immutable distro. These work using images and/or snapshots so it’s easy to rollback if something goes wrong. It’s also just less likely to go wrong as you aren’t upgrading individual packages as much, but rather the base system as a whole. Both Fedora and Open Suse have atomic/immutable variants with derivatives like Universal Blue providing ready to go setups for specific use cases like gaming and workstation use.

Alternatively the likes of Debian rarely break because of updates as everything is thoroughly tested before deployment. Gentoo and void are the same deal but in rolling release format so they are at least somewhat up to date while still being quite well tested.

People see AI and immediately think of ChatGPT. This is despite the fact that AI has been around far longer and does way more things including OCR and data mining. It’s never been AI that’s the problem, but rather certain uses of AI.

Yes, blink is the engine Chromium uses. Since KHTML was an open source project any project based on it will have to be open source, unless of course it’s just used as a library. Even in that case though blink the engine is forced to be open source even if the browser as a whole isn’t. GNU licenses are considered infectious because anything containing any GNU code automatically and legally becomes open source. So KHTML being unmaintained is irrelevant.

If I remember correctly it’s under a copy left license which makes sense given it’s ultimately a derivative of KHTML.

Yeah so I also use CachyOS on a couple things and one of them also uses Cachy Browser.

Don’t Firefox and Chromium already have that?

I’ve seen teachers use this stuff and get actually decent results. I’ve also seen papers where people use LLMs to hack into a computer, which is a damn sophisticated task. So you are either badly informed or just lying. While LLMs aren’t perfect and aren’t a replacement for humans, they are still very much useful. To believe otherwise is folly and shows your personal bias.

I am not talking about things like ChatGPT that rely more on raw compute and scaling than some other approaches and are hosted at massive data centers. I actually find their approach wasteful as well. I am talking about some of the open weights models that use a fraction of the resources for similar quality of output. According to some industry experts that will be the way forward anyway as purely making models bigger has limits and is hella expensive.

Another thing to bear in mind is that training a model is more resource intensive than using it, though that’s also been worked on.

Bruh you have no idea about the costs. Doubt you have even tried running AI models on your own hardware. There are literally some models that will run on a decent smartphone. Not every LLM is ChatGPT that’s enormous in size and resource consumption, and hidden behind a vail of closed source technology.

Also that trick isn’t going to work just looking at a comment. Lemmy compresses whitespace because it uses Markdown. It only shows the extra lines when replying.

Can I ask you something? What did Machine Learning do to you? Did a robot kill your wife?

Even if it didn’t improve further there are still uses for LLMs we have today. That’s only one kind of AI as well, the kind that makes all the images and videos is completely separate. That has come on a long way too.

From what I heard they do actually put a lot of effort into simulating airplane aerodynamics at least for the smaller planes. So the flying part is kind of important.

Still having these issues very recently.

Github has a container register you can use.

Does anybody actually use that feature though?

In a world where this fake shit didn’t take hold we could have had real wireless charging by now, if you think the “wireless” charging is good now, just think what true wireless would be like. You could walk into a room and your phone just starts charging with 0 effort. None.

You know this is possible how exactly? Wireless power distribution has been considered since Tesla’s time. Yet it still hasn’t been done outside of laboratory environments or very short distances. It’s definitely possible, but making it practical might not even be possible within physics as we currently understand it.

For example a very power light beam like for example a laser beam can transfer a lot of power over some distance. It would also cook you, burn you, or make you go blind. It would also require precise alignment between transmitter and receiver, as well as very expensive transmission equipment.

Given her condition it’s possible she never left hospital after her diagnosis

Read the article again. It said early on her chances were actually quite good, something like 80%

The first point is correct. The second one is shown to be wrong in the second paragraph.

The issue here is you need to have stopped 6 months or more before, and she was only diagnosed 5 months before she died.

They said it was viable in the early stages, and with a decent success rate. Just not the success rate they wanted, and for some daft reasons you need to be eligible for a full transplant from a dead patient to get a partial transplant from a living donor. Makes no sense.