In an alternate world, Ethernet took on the role of the universal serial bus, and we have laptops that charge via PoE, but only possible on one of their ports (the others are usable for peripherals --- with protocols running over Ethernet too, of course.) But the same confusion regarding power and speed capabilities exists.
We'd have to invent a new connector first. It's too thick for modern laptops, not to speak of cell phones.
Also, RJ45 is terribly fragile if you keep plugging and unplugging it, eventually that latch will break. And copper can barely support 10G and is terribly power hungry when it does that. And the cables get thick and inflexible.
Lenovo has re-invented this particular wheel to fit in laptops, some ThinkPads come with a proprietary Ethernet port which is around the size of USB-C, just with Ethernet signals. And you can get a passive breakout adapter to convert it to RJ45 (idk if it's included with the laptop).
The 8 pin modular connector as found in most ethernet does have several sins but it has one huge redeeming feature, A feature I wish was found in every cable. It is easy to field terminate. Have fun putting a new end on nearly any other cable.
Field termination is necessary when the connectors are too large to pull through a conduit. But if they were USB-C sized, you could just pull fully assembled cables.
It also comes in very handy when you need a 8m cable, but only can buy them in lengths of 5m and 10m, or when you’re wiring an entire building, and figuring out which lengths to order up front is a major pain in the ass, certainly compared to ordering a few hundred meters of cable, a few hundred connectors and tools to put the two together. And that’s ignoring the price difference.
But if there is no person on the other end, why should I care?
There are countless people "on the other end" --- everyone who contributed training data, and of course the one who prompted the AI to generate the result. It's odd that this debate always ends up with one side thinking there's a machine autonomously generating music, when in fact AI-generated music comes from humans using AI to create what they want.
There is absolutely some form of creation there. The most basic models now are just prompts but somebody has to prompt them, there is a human being there prompting the song and then deciding to share it (a form of curation).
I'd imagine these will get more and more granular to where you're not just prompting but you are gradually building up songs and at that point I'd be surprised if people were still making this argument.
These things don't exist without human interventio.n
Some form of creation, maybe. In the same sense that choosing what restaurant to go to and what to order is an act of creation. Going ahead and declaring yourself the chef is, however, ridiculous.
to where you're not just prompting but you are gradually building up songs
There's indeed a huge difference between asking the AI to just generate something with a short and generic prompt, and directing it far more specifically. To use the dragon tattoo analogy, it's the difference between asking for "a dragon tattoo" and precisely specifying exactly what type of dragon, what pose, colours, any other adornments, etc.
This is a fun analogy, even if it’s just novel to me.
With any kind of creative work for hire, from architecture to advertising, from jingles to commisioned sculptures, the client’s taste and budget, more than almost anything else, determine the outcome.
Take Cannes Lions as an example of a competition and awards ceremony that essentially exists to define what ’good taste’ means within that industry. The client’s team is prominently credited alongside the creative agency. They get to climb onto the stage for the speech and they have a voice on whatever video clip is made about the project.
Partly this is to encourage more ambitious and spendy work for the industry at large. But everyone involved certainly knows, that the same creative team, with the same creative idea, could have ended up making something much worse working with a different client team.
I can’t stand AI slop, yet I think I’ve unintentionally argued in favour of people creating it, as long as it’s… good by some measure?
>the client’s taste and budget, more than almost anything else, determine the outcome.
That's a curious take. So we should change history books to declare Sixtus IV as author of the Sistine chapel, since Michelangelo was but a vessel or his taste and budget.
Sarcasm aside, I can accept some agency and curation in the act of choosing what to ask for. But I think appropriating the act of creation without being required to even have a passing idea on how to actually execute it, that I can only conceive as an undescribable act of ego and entitlement.
I can't take seriously the people who want to claim the title of musician without learning to play, be writers without having faced a blank sheet or even read others that much, etc.
I agree with the sentiment. And I think we’ve accidentally stumbled upon how the prompt-writer should be viewed: the buyer, or sponsor of the output. A punter, if you will, would be even more appropriate. The financial commitment is minor amd the process is largely a gamble.
I am reminded of user-agent sniffing and the idiocy that created. One would hope that this leads to less self-identifying overall. At this point it looks less like a cat-and-mouse game but more like a cat-and-cat game, but all the cats are equally retarded. I suppose it makes for good entertainment for the rest of us who don't need to use, and now have another reason not to start using, all this AI stuff.
I have one of those and can attest to its quietness, as well as reliability --- it's almost 2 decades old and still working well with no sound, just needs an occasional cleaning. Takes almost 30 seconds to coast to a stop!
IMHO giving many details in the prompt and asking the model to "fill in the blanks" feels a little like cheating in the same way as embedding the dictionary in the decompression program. But it will certainly make the Imaginary Property lawyers squirm.
It's not cheating, it seems like a technique to defeat obfuscation to show the content is there in a complete or near-complete form, which proves it was copied.
> What good is a technique to defeat obfuscation, if it requires you to already have the information deobfuscated?
You misunderstand the goal, which is to prove that an unlicensed copy is stored in the system.
It's like a scenario where Alice sent another Bob some highly illegal data that's a crime to possess, and encrypted it with Bob's public key. The police got a warrant and have access to Bob's email but not his secret key. They can prove he has the data (and convict him) if they have a copy, encrypt it again with his public key, and compare the files and find them to be identical. Could they have gotten the unencrypted from Bob's email? No, but they didn't have to.
No need for analogies. They use GPT-4o to generate summaries from verbatim quotes. Then those summaries (which are comparable in length to the verbatim quotes) are used to generate hundreds of passages in the style of an author and they use verbatim quotes to find exact matches. They don't control whether this procedure introduces an information leak that makes exact generation more likely.
The fan body itself follows standard 120/140mm dimensions, but I needed the smaller details for my design, the rubber dampers, anti-vibration corners, cable routing clips. Those don't show up cleanly in the datasheet, so I ended up using a caliper. That's the part the official CAD would have helped most with.
You're better off for having done the measurements.
Broadly, it is just good training since you're normally _not_ going to have CAD drawings. If you do this enough, it becomes second nature, and with a 3D printer it's fast to make test prints which you can use to check your measurements against.
More specifically, it avoids having to wonder if you'd be breaching some law by using those CAD drawings to make a "derivative work". While there's nothing illegal about using precise tools to measure an existing product and create a CAD model. It's (apparently) a silly grey area to take measurements from a CAD representation of a product to make your own CAD model. It can be argued that you're just taking factual information from a reference and using it to produce your own design. But whenever you find yourself saying to yourself that something "can be argued" then you really need to take pause to consider if you want to find that out for yourself or avoid the problem entirely.
This is the same absurd nonsense that Prusa's "Open" Community License imposes. If I buy a Prusa 3D printer and I just carefully measure it (I don't find this that hard, and I am at best an amateur, consider what an experienced CAD designer could achieve with the right tools), I can create a 3D model of the printer and, as long as I've omitted any separable purely aesthetic elements, I own all rights to that 3D model.
Moreover, as long as there are no patents on the product, I can manufacture and sell it.
The hard part of cloning a product like a 3D printer or silent fan is not in getting the exact CAD model, it's in the choice and sourcing of materials, making the right tooling, finding places to make all the parts, etc.
There are also some secrets on how certain things are manufactured. But those either don't appear in the CAD model or can be easily omitted.
If manufacturers want to hand out CAD models of their products, they should do so under some highly permissive license, with only enough detail to actually aid in producing mods. The alternative where the license is restrictive, is that you're just giving out poisoned apples that solely restrict the freedoms of anyone who decides to take them.
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