Earlier quoted context omitted.
That’s a perception and the problem isn’t the AI it’s human nature: 1. every time AI is able to do a thing we move the goalposts and say, yeah, but it can’t do that other thing over there; 2. We are impatient, so our ability to get bored tends to outpace the rate of change.
The other side of this coin is everyone overhyping what AI can do, and when the inevitable criticism comes, they respond by claiming the goal posts are being moved. Perhaps, but you also told me it could do XYZ, when it can only do X and some Y, but not much Z, and it’s still not general intelligence in the he broad sense.
Testing Generative AI for Circuit Board Design
111–120 of 180 posts
Re: Testing Generative AI for Circuit Board Design
#112This feels like an excellent demonstration of the limitation of zero-shot LLMs. It feels like the wrong way to approach this. I'm no expert in the matter, but for "holistic" things (where there are a lot of cross-connections and inter-dependencies) it feels like a diffusion-based generative structure would be better-suited than next-token-prediction. I've felt this way about poetry-generation, and I feel like it migh…
One downside for diffusion based systems (and I'm very noob in this) is that the model won't be able to see it's input and output in the same space, therefore wouldn't be able to do follow-up instructions to fix things or improve on it. Where as an LLM generating html could follow instructions to modify it as well. It's input and output are the same format.
Re: Testing Generative AI for Circuit Board Design
#113Just the other day I came up with an idea of doing a flatbed scan of a circuit board and then using machine learning and a bit of text promoting to get to a schematic I don't know how feasible it is. This would probably take low $millions or so of training, data collection and research to get not trash results. I'd certainly love it for trying to diagnose circuits. It's probably not really that possible even at highe…
This would be an interesting idea if you were able to solve the problem of inner layers. Currently to reverse engineer a board with more than 2 layers an x-ray machine is required to glean information about internal routing. Otherwise you're making inferences based on surface copper only.
Re: Testing Generative AI for Circuit Board Design
#114Earlier quoted context omitted.
I'm in awe of the progress in AI images, music, and video. This is probably where AI shines the most. Soon everything you see and hear will be built up through a myriad of AI models and pipelines.
> Soon everything you see and hear will be built up through a myriad of AI models and pipelines. It is so bizarre that some people view this as a positive outcome.
Your argument rhymes with:
- "Let's keep using horses. They're good enough."
- "Photography lacks the artistic merit of portrait art."
- "Electronic music isn't music."
- "Vinyl is the only way to listen to music."
- "Digital photography ruins photography."
- "Digital illustration isn't real illustration and tablets are cheating."
- "Video games aren't art."
- "Javascript developers aren't real programmers."
Though I'm paraphrasing, these are all things that have been said.
I bet you my right kidney that people will use AI to produce incredible art that will one day (soon) garner widespread praise and accolade.
It's just a tool.
Re: Testing Generative AI for Circuit Board Design
#115Earlier quoted context omitted.
The wolves/sheep thing was to indicate how moralizing and infantalizing serves as a substitute for actually explaining what the problem is, because surely, it's not that the prose machine isn't doing circuit design. I'm sure you see it, I'd just love for someone to pause their internal passion play long enough to explain what they're seeing. Because I refuse to infantalize, I refuse to believe it's just grumbling bec…
I’ll play along. The thing that’s annoying me lately is that session details leaking between chats has been enabled as a “feature”, which is quickly making ChatGPT more like the search engine and social media echo chambers that I think lots of us want to escape. It’s also harmful for the already slim chances of having reproducible / deterministic results, which is bad since we’re using these things for code generatio…
Re: Testing Generative AI for Circuit Board Design
#116Earlier quoted context omitted.
I'd be interested in reading more of your findings! Are you able to accomplish this with prompt-engineering, or are you doing fine-tuning of LLMs / custom-trained models?
No fine tuning needed, as long as the target language/DSL is fairly natural, just give eg a couple examples of tscircuit React, atopile JotX etc and it can generate compliant circuits. It can hallucinate imports, but if you give it an import list you can improve that a lot.
A lot of the netlists are electrically nonsense when it's doing synthesis for me. Have you found otherwise?
Re: Testing Generative AI for Circuit Board Design
#117Earlier quoted context omitted.
I'm in awe of the progress in AI images, music, and video. This is probably where AI shines the most. Soon everything you see and hear will be built up through a myriad of AI models and pipelines.
I sincerely hope not. Talk about a dystopian future. That’s even worse than what social media has become.
Re: Testing Generative AI for Circuit Board Design
#118Earlier quoted context omitted.
> This feels like an excellent demonstration of the limitation of zero-shot LLMs. It feels like the wrong way to approach this. There is one posted on HN every week. How many more do we need to accept the fact this tech is not what it is sold at and we are bored waiting for it get good? I am not say "get better", because it keeps getting better, but somehow doesn't get good.
That’s a perception and the problem isn’t the AI it’s human nature: 1. every time AI is able to do a thing we move the goalposts and say, yeah, but it can’t do that other thing over there; 2. We are impatient, so our ability to get bored tends to outpace the rate of change.
Re: Testing Generative AI for Circuit Board Design
#119Earlier quoted context omitted.
The wolves/sheep thing was to indicate how moralizing and infantalizing serves as a substitute for actually explaining what the problem is, because surely, it's not that the prose machine isn't doing circuit design. I'm sure you see it, I'd just love for someone to pause their internal passion play long enough to explain what they're seeing. Because I refuse to infantalize, I refuse to believe it's just grumbling bec…
I am literally right now explaining to a senior exec why some PR hype numbers about developer productivity from genAI are not comparable to internal numbers, because he is hoping to say to his bosses that we’re doing better than others. This is a smart, accomplished person, but he can read the tea leaves. The problem with hype is that it can become a pathological form of social proof.
fwiw if someone's really into Google minutae: I'm not so sure it is relatively okay anymore, it's kinda freaky how many posts there are on Blind along the lines of "wow I left X for here, assumed i'd at least be okay, but I am deeply unhappy. its much worse than average-white-collar job I left"
Re: Testing Generative AI for Circuit Board Design
#120Earlier quoted context omitted.
> Soon everything you see and hear will be built up through a myriad of AI models and pipelines. It is so bizarre that some people view this as a positive outcome.
These are tools. Humans driving the tools have heart and soul and create things of value through their lens. Your argument rhymes with: - "Let's keep using horses. They're good enough." - "Photography lacks the artistic merit of portrait art." - "Electronic music isn't music." - "Vinyl is the only way to listen to music." - "Digital photography ruins photography." - "Digital illustration isn't real illustration and t…