Exactly. Ever skip a stone on the surface of a lake? It’s like that, except it’s a continuous skip, with air instead of water, and you’re inside the stone.
Exactly. Ever skip a stone on the surface of a lake? It’s like that, except it’s a continuous skip, with air instead of water, and you’re inside the stone.
How would you scientifically measure a difference between those two definitions?
I don’t see how this wouldn’t be derivative work. I highly doubt a robust, commercial software solution using AI-generated code would not have modified that code. I use AI to generate boilerplate code for my side projects, and it’s exceedingly rare that its product is 100% correct. Since that generated code is not copyrightable, it’s public domain, and now I’m creating a derived work from it, so that derived work is mine.
As AI gets better at generating code and we can directly use it without modification, this may become an issue. Or maybe not. Maybe once the AI is that good, you no longer have software companies, since you can just generate the code you need, so software development as a business becomes obsolete, like the old human profession of “computer.”
This makes sense to me, and is in line with recent interpretations about AI-generated artwork. Basically, if a human directly creates something, it’s protected by copyright. But if someone makes a thing that itself creates something, that secondary work is not protected by copyright. AI-generated artwork is an extreme example of this, but if that’s the framework, applying it to data newly generated by any code seems reasonable.
This wouldn’t/shouldn’t apply to something like compression, where you start with a work directly created by someone, apply an algorithm to transform it into a compressed state, and then apply another algorithm to transform the data back into the original work. That original work was still created by someone and so should be protected by copyright. But a novel generation of data, like the game state in memory during the execution of the game’s programming, was never directly created by someone, and so isn’t protected.
If it’s dangerous to repair it, it’s dangerous to own. That’s the domain for regulations by the government, not arbitrary software restrictions by software manufacturers.
They don’t implement these to keep you safe. They do it purely to make more money.
If the pig option included immune suppression drugs for the rest of your life, or for like 10 years until it wore out and you had to have another major surgery to replace it, mechanical valve plus blood thinners and a yearly blood draw sounds like the much better deal. I know blood thinners come with their own long term effects, but nothing compared to immune suppression.
The judge also noted that the cited study itself mentions that GitHub Copilot “rarely emits memorised code in benign situations.”
“Rarely” is not zero. This looks like it’s opening a loophole to copying open source code with strong copyleft licenses like the GPL:
Depending on how good your lawyers are, 2 is optional. And bingo! All the OSS code you want without those pesky restrictive licenses.
In fact, I wonder if there’s a way to automate step 2. Some way to analyze an OSS GitHub repo to generate inputs for Copilot that will then regurgitate that same repo.
I don’t recommend making significant changes to activity levels at the same time as making diet changes. Weight loss comes from changing what you eat. Exercise is absolutely necessary for a healthy lifestyle, but it is not the major factor in weight loss. And increasing exercise behaviors can destabilize eating habits, making it harder to stick to any good changes you do make with either diet or exercise.
Can’t download on Firefox for Android. Why does it require a desktop browser?
Jack Black canceled his tour after Kyle Gass made a joke about the Trump assassination attempt.
There’s also the question of disposable income. Top X% have more wealth and income than us, and that excess is basically all disposable. Most of the income and “wealth” of the bottom of the economic ladder is tied up in survival needs, so it’s even less of a possibility than at first glance.
Don’t worry, H5N1 is here to save the gaming industry!
But people aren’t using the web the same way they were at inception. These big companies have built closed source, centralized systems on top of the decentralized infrastructure to serve new use-cases that weren’t envisioned in the original standards. People like these new use-cases, so we need new standards, etc., to facilitate a re-decentralization of data and features in these new use-cases if we want the most used parts of the web to maintain their openness.
I don’t think it’s fair to lay the blame on the common user for the centralization of their data, when only the centralized systems have been providing the capabilities they want until very recently (where the open alternatives have arisen partly because of new standards like ActivityPub).
The attack vector described in the article uses the VPN client machine’s host network, i.e. the local network the device is attached to. They don’t discuss the DHCP server of the VPN provider.
People go through stages as they fall into the conspiracy theory rabbit hole. Early in the decent they are still engaging in healthy reasoning patterns that I won’t go so far as to say are “logical” or “rational,” but they are still flexible enough to be diverted from the conspiracies. There’s always a reason they start down that path: maybe someone close to them got badly sick, maybe they just had a child and are seeking out the best ways to protect them. If you can sit down with them and engage with them on this underlying cause for concern in an empathetic way, that’s when you can change their mind and keep them in the zone of legitimate science and medicine. If they react to every discussion as a confrontation, they are beyond the point that bringing scientific evidence to them will change their mind.
Smith said that she’s also curious how this research would translate to non-domesticated cats like big, wild cats.
I’d love to see this experiment performed with big cats at zoos. I think zoo-goers might get a kick out of it, too.
Cut the extra inch off the long side to get a 4" square, then cut the remaining 1" x 4" piece into 4 1" squares. The boy never said the squares had to be the same size.
If the triangles have already been cut, it’s a peanut butter sandwich: use peanut butter on the edges to glue it back together and cut the squares. The child gave you a challenge, think outside the box!
It was a joke.