4 ms·
There is the clean room problem though. If a human reads GPL code and outputs a recreation of that code (derivative work) using what they learned - that is ill
by apatheticonion 7mo ago
There is the clean room problem though.
If a human reads GPL code and outputs a recreation of that code (derivative work) using what they learned - that is illegal.
If an AI reads GPL code and outputs a recreation of that code using what it "learned" - it's not illegal?
If that is the case, then copyright holds no weight any more. I should be allowed to train an LLM on decompiled firmware (say, Playstation, Switch, iPhone) in countries where decompilation is legal - then have the LLM produce equivalent firmware that I later use to build an emulator (or competing open source firmware).
- tpmoney 7mo ago> If that is the case, then copyright holds no weight any more. I should be allowed to train an LLM on decompiled firmware (say, Playstation, Switch, iPhone) in countries where decompilation is legal - then have the LLM produce equivalent firmware that I later use to build an emulator (or competing open source firmware). It's funny you mention that, because one of the biggest fair use cases that effectively cemented "fair use" for emulators is Sony Computer Entertainment Inc v. Connectix Corp.[1] where the copying of PlayStaion BIOS files for the purposes of reverse engineering and creating an emulator was explicitly ruled to be fair use, including running that code through a disassembler. [1]: https://en.wikipedia.org/wiki/Sony_Computer_Entertainment,_Inc._v._Connectix_Corp https://en.wikipedia.org/wiki/Sony_Computer_Entertainment,_I....
- zephen 6mo agoThat's a bit different. - The ROM was used to build the emulator (which didn't include the ROM but was only able to use it like any other hardware) - Then the ROM was used to derive a specification and do A/B testing on (similar to Phoenix BIOS), and a different team coded a replacement ROM There is no cleanroom inside an LLM.