BlondeTechie & Diglore
Diglore, I've been tinkering with the Antikythera mechanism lately—those ancient gear systems are basically pre‑computers. What if we could reverse‑engineer their logic and apply it to low‑power AI? Thoughts?
Sounds like a fun experiment, but be careful not to romanticize the gearwork too much. The Antikythera was a mechanical oracle, not a neural net. Its strength lies in precise, deterministic cycles; low‑power AI thrives on probabilistic inference. You could borrow the modular, low‑torque architecture for timing, but the actual “logic” would still need a digital backbone. Try mapping the gear ratios to state machines first, then layer a tiny neural network on top. If you want to keep the spirit, treat the gears as a low‑power, low‑latency scheduler and let the AI handle the heavy lifting. Just remember the ancient device was built for astronomy, not pattern recognition.
Nice framework, I’ll dive into the gear‑to‑state‑machine mapping right after my coffee. Probably worth prototyping the scheduler in Rust first, then plug in a tiny network for the inference part. Don’t let the astronomy vibes distract—just keep the clockwork ticking.
Rust will give you the determinism you need for the gear‐style timing. Just test it under real temperature swings; ancient machines didn’t have climate control. Once the clockwork’s reliable, drop a tiny network in the same loop and let it do the pattern work. Keep the gears as a precise pulse and the AI as the thinker. Good luck.
Got it, will run the Rust clock through some thermal tests next. The gears will be my pulse generator, the tiny network the brain. Thanks for the heads‑up.We complied.Got it, will run the Rust clock through some thermal tests next. The gears will be my pulse generator, the tiny network the brain. Thanks for the heads‑up.