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>> Generative adversarial networks (so computers can get human like abilities at generating content) Does this only apply to artistic content, or also to engin
by petra 10y ago
>> Generative adversarial networks (so computers can get human like abilities at generating content)
Does this only apply to artistic content, or also to engineering content ? Say PCB layouts, architectural plans, mechanical designs, etc ?
- ktta 10y agoArtistic only. You'd need an exact verifier in case of engineering designs, and something built with neural networks is not one. To get a better understanding (other than reading a paper) read this excellent blog post https://openai.com/blog/generative-models/ https://openai.com/blog/generative-models/
- rryan 10y agoGANs are a general tool -- they just happen to get a lot of attention for generating images of stuff. Here's an example for generating sequences [1]. The example is language oriented, but ultimately GANs are interesting because you can use them to build a generator for an arbitrary data distribution. This can have many applications in engineering (to take a random example -- generating plausible looking chemical structures under a certain set of constraints). As with any ML application, you need to quantify your tolerance for "inaccuracy" (in a generative setting, how well the generated distribution matches the true data distribution). This is simply an engineering trade-off and will vary based on the application. [1] https://arxiv.org/abs/1609.05473 https://arxiv.org/abs/1609.05473
- sarthakjain 10y agoThe approach was applied without any real knowledge of art, even though it has been applied to the domains you mentioned I don't see why not. [edit]: it is a lot harder to build a NN when there are very constraint rules. But it is also a lot easier to verify and penalize it and generate synthetic data.
- deleted 10y ago[deleted]