At the company I work at we use UUIDv7 but base63 encoded I believe. This gives you fairly short ids (16 chars iirc, it includes lowercase letters) that are also sortable.
At the company I work at we use UUIDv7 but base63 encoded I believe. This gives you fairly short ids (16 chars iirc, it includes lowercase letters) that are also sortable.
My point is more that the sides aren’t symmetrical, but for twin-stick shooters it makes more sense if they are (which they are for DualSense).
For platformers you’re right, but for twin-stick shooters you’re using the shoulder buttons/triggers far more than the front buttons, and you are constantly using both sticks. And those happen to be fairly popular on PlayStation consoles.
It doesn’t necessarily have to be a response from OpenAI, it could well be some bot platform that serves this API response.
I’m pretty sure someone somewhere has created a product that allows you to generate bot responses from a variety of LLM sources. And if whatever is interacting with it is simply reading the response body and stripping out what it expects to be there to leave only the message, I could easily see a fairly bad programmer create something that outputs something like this.
It’s certainly possible this is just a troll account, but it could also just be shit software.
Aaand here’s your misunderstanding.
All messages detected by whatever algorithm/AI the provider implemented are sent to the authorities. The proposal specifically says that even if there is some doubt, the messages should be sent. Family photo or CSAM? Send it. Is it a raunchy text to a partner or might one of them be underage? Not 100% sure? Send it. The proposal is very explicit in this.
Providers are additionally required to review a subset of the messages sent over, for tweaking w.r.t. false positives. They do not do a manual review as an additional check before the messages are sent to the authorities.
If I send a letter to someone, the law forbids anyone from opening the letter if they’re not the intended recipient. E2E encryption ensures the same for digital communication. It’s why I know that Zuckerberg can’t read my messages, and neither can the people from Signal (metadata analysis is a different thing of course). But with this chat control proposal, suddenly they, as well as the authorities, would be able to read a part of the messages. This is why it’s an unacceptable breach of privacy.
Thankfully this nonsensical proposal didn’t get a majority.
https://eur-lex.europa.eu/legal-content/EN/TXT/HTML/?uri=COM:2022:209:FIN
Here’s the text. There are no limits on which messages should be scanned anywhere in this text. Even worse: to address false positives, point 28 specifies that each provider should have human oversight to check if what the system finds is indeed CSAM/grooming. So it’s not only the authorities reading your messages, but Meta/Google/etc… as well.
You might be referring to when the EU can issue a detection order. This is not what is meant with the continued scanning of messages, which providers are always required to do, as outlined by the text. So either you are confused, or you’re a liar.
Cite directly from the text where it imposes limits on the automated scanning of messages. I’ll wait.
The point is is that it should never, under no circumstances monitor and eavesdrop private chats. It’s an unacceptable breach of privacy.
Also, please explain what “specific circumstances” you are referring to. The current proposal doesn’t limit the scanning of messages in any way whatsoever.
It can’t be effective. The risk of false-positives is huge.
It does require invasive oversight. If I send a picture of my kid to my wife, I don’t want some AI algorithm to have a brainfart and instead upload the picture to Europol for strangers to see and to put me on some list I don’t belong.
People sharing CSAM are unlikely to use apps that force these scans anyway.
Perhaps it was being influenced by the chat history. But try asking how many r’s in raspberry, it does get that consistently wrong for me. And you can ask it those followup questions to easily get it to spout nonsense, and that was mostly my point; figuring out if you’re talking to an LLM is fairly trivial.
My point is that telling it a right answer is wrong often causes LLMs to completely shit the bed. They used to argue with you nonsensically, now they give you a different answer (often also wrong).
The only question missing at the start was "How many r’s are there in the word ‘veryberry’. I think raspberry also worked when I tried it. This was ChatGPT4-O. I did mark all the answers as bad, so perhaps they’ve fixed this one by now.
Still, it’s remarkably trivial to get an LLM to provide a clearly non-human response.
Here’s what I got:**
It’s dead simple to see if you’re talking to an LLM. The latest models don’t pass the Turing test, not even close. Asking them simple shit causes them to crap themselves really quickly.
Ask ChatGPT how many r’s there are in “veryberry”. When it gets it wrong, tell it you’re disappointed and expect a correct answer. If you do that repeatedly, you can get it to claim there’s more r’s in the word than it has letters.
Any enterprise working with sensitive data certainly has to disable the feature. And turns out, that’s most enterprises.
I have heard very little, if any, enthusiasm about this. Nobody seems to be excited about it at all.
Nuclear reactors are ill-suited for baseloads, because they can’t scale their output in an economical way.
You always want the cheapest power available to fulfill demand, which is solar and wind. Those regularly provide more than 100% of the demand. At this point, any other power sources would shut off due to economical reasons. Same with nuclear, nobody wants to buy expensive nuclear energy at peak solar/wind hours, so the reactor needs to turn off. And while some designs can fairly quickly power down, powering up is a different matter and doing either in an economically feasible way is a fantasy right now.
If solar and wind don’t provide enough power to satisfy demand, some other power source needs to turn on. Studies have already shown that current-gen battery storage is capable of doing so. Alternatives could be hydrogen or gas power stations. Nuclear isn’t an option economically speaking.
It sounds more like Rashida Jones.
I only really notice stutters in heavily modded Minecraft, where it’s clearly linked to the garbage collector. In more demanding games I don’t notice any stuttering really. Or at least, none that I can’t easily link to something triggering in the game that is likely causing it.
Sure, perhaps I have slightly lower average FPS compared to a 7800x3D, but I also use this PC for productivity reasons so there the extra oompf really does help. Still, 97% of a framerate that’s already way higher than what my 144Hz monitors support is still well above what my monitors support. I don’t think the performance difference is really noticeable, other than in certain benchmarks or if you try really hard to see them.
It’s considerably faster than a 5800x3D though.
Honestly with the 7950x3D being so powerful, you rarely notice it if a game isn’t fully utilizing it. I have one and I’m very pleased with it!
https://github.com/TheArchitectDev/Architect.Identities
Here’s the package one of our former developers created. It has some advantages and some drawbacks, but overall it’s been quite a treat to work with!