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I would rather invest 10 x 60 Eur = 600 Eur every 10 years into new laptop or bigger RAM rather then trying to switch to non-free email and lose whole Google ecosystem.

Not having much spam is number one priority for me. 50ms delay in refresh rate is OK. In fact I have never noticed and it have never came to my mind that Gmail is slow. Yes, it needs RAM but I was never annoyed by any "slowness".


Losing google ecosystem is a bonus for me and is the main reason I want to leave.

Google has been slowly sucking more and more each year and I have to spend mental energy figuring out how they are trying to screw me over or bill me for something.

It’s worth $50/year to not have that mental stress.


I work with Windows 11 and don't see any major issue whatsoever. But note that 16GB RAM is "just" enough to run it smoothly. 32GB is better for serious (e.g development) work. I have run it even on Intel 4200U/4200M CPUs fine (CPU is from year 2014). I agree that new Outlook is buggy and not fully functional - that's why I still use old native MS Outlook.


It's possible half of my problems are because I don't have admin rights, and the other half is because the machine is too weak.

Why do modern OSes need so much power and RAM anyway? I used to produce documents on an Amstrad PPC640. 640 stood for 640k of RAM (no hard disk). It was fine.

I understand the above makes me sound like an old fart (or fool), and we have moved on from DOS. But what does Windows 11 do that Windows 7 couldn't?


> Why do modern OSes need so much power and RAM anyway?

Because code writers are lazy and prefer to use 20 levels of abstraction or a 5MB library for a simple function.


Code writers are promoted for features and fired for not working fast enough.


Windows 11 can run many more different UI toolkits, all jumbled together. It has more graphical effects in there. It has so much telemetry and Microsoft Defender will never-ever give up and will inspect everything, all the time.


I honestly think this is a difficult and fascinating question. This is like the dark energy of software cosmology. Why is the natural state to get larger and more complex for un-proportionate pleasure of use?


Largely, I think, because devs are given too powerful computers. It's easier for companies to "fix" or preemptively had off performance bugs by giving developers high-end computers than to spend extra development time truly fixing them.


Because they’re a bunch of perverts and want to know every button you clicked.


My main issue with Windows 11 (and where I use it I do see quite a lot of issues) is that apparently it won't run on my personal PC at home - and no way am I going to buy a new PC just to run Windows 11. So installed Linux Mint and I'm perfectly happy!


The signal is never 100% clear in any real world scenario... Noise is everywhere. But when there is some (even very little) signal in the noise, it is not the noise any more and the signal can be retrieved assuming enough data.


AI can be trained on some special knowledge of person A and another special knowledge of person B. These two persons may never met before and therefore they can not combine their knowledge to get some new knowledge or insight.

AI can do it fine as it knows A and B. And that is knowledge creation.


I do :)


How are those images rendered in text UI?


OK. Found it:

Displayed using Sixels or the Kitty protocol. Supported input formats are PNG, JPEG, BMP, GIF (stb_image), WebP (jebp) and SVG (nanosvg). Opt-in; edit the config to enable it.


Inline using sixel. Go look at the screenshots, it's not bad.


Yes, screenshots are nice. That's why I asked.


btw.

Rendering images or movies on the TTY is common.

fbida: https://www.kraxel.org/blog/linux/fbida/

mpv: https://mpv.io/

Fbida sometimes need the -d option pointing to /dev/drm/something, when using screen or tmux.

MPV required for years -vo=drm on the TTY but since some months it always works. Nice improvement :)

A display server is not needed.


It is first time I saw it today. Thanks!


I saw such robot's demos doing exactly that on youtube/x - not very precisely yet, but almost sufficiently enough. And it is just a beginning. Considering that majority of the laundry is very similar (shirts, t-shirts, trousers, etc..) I think this will be solved soon with enough training.


Can you share what you've seen? Because from what I've seen, I'm far from convinced. E.g. there is this, https://youtube.com/shorts/CICq5klTomY , which nominally does what I've described. Still, as impressive as that is, I think the distance from what that robot does to what a human can do is a lot farther than it seems. Besides noticing that the folded clothes are more like a neatly arranged pile, what about all the edge cases? What about static cling? Can it match socks? What if something gets stuck in the dryer?

I'm just very wary of looking at that video and saying "Look! It's 90% of the way there! And think how fast AI advances!", because that critical last 10% can often be harder than the first 90% and then some.


First problem with that demo is that putting all your clothes in a dryer is a very American thing. Much of the world pegs their washing on a line.


Yes, the less sharp angle of the described bike-lane would imply that biker can get into the sidewalk in high speed without issue and harm a pedestrian easier.


Yeah, that's why when pedestrians have to cross where cars are that there is always a stop sign to make sure their high speed won't harm a pedestrian /sarcasm.


…we do put stop lights at pedestrian crossings on high-speed streets. They look like this: http://www.pedbikesafe.org/PEDSAFE/cm_images/PedHyb1.png


Yes, there is not a single thing in the world working with 100% success (0 failure rate). World does not work like this. Everything ages.


> Everything ages.

That is true, but it is not directly related to this issue. SpaceX doesn't (can't) reuse second stages. (For now.) The one in question which had the anomaly was a "brand new" second stage.

It is more likely that either this is due to a defect which escaped their QA, or a design issue with a very low probability rolling a nat-1 this time, or some change they introduced not working out as they expected. I would not describe any of those as "aging".


You can get cancelled before you fail (and after you launch), resulting in 100% success.


Exactly


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