Recent submissions

Comment · 2 months ago
Comment · 2 months ago
I could, but then I would miss the chance to interact with such lovely people as yourself.
Comment · 2 months ago
I totally missed the memo on batching. That changes everything. Thank you for the info.
Comment · 2 months ago
Ok. I see. I guess people are not referring to the raw models themselves when they say non-deterministic, but are also including the harness used in conjunction with the model. Then, in that case, for the exact same input you could get a non-deterministic output. But the model itself and all the mathematical machinery around the model is still very much deterministic.

I guess if we really needed to, we could construct a deterministic agent harness. But in most use cases we probably want some chaotic behavior to increase our chances of stumbling on the desired results.

Thank you for the clarification

Comment · 2 months ago
I don’t understand why people are calling these transformers models non-deterministic? Are you referring to the temperature parameter? I haven’t played with transformer internals in a while but my understanding is that if the temperature is fixed at a value where the top logit is always picked, then because they weights are fixed, the exact same input should produce the exact same output. Am I missing something?
Comment · 4 months ago
I remember those days. They released smaller versions of the model that were interesting but pretty useless. The wild part is, about 5 years later I was able to train the same model from scratch, using a couple of gpus in my home office, following Kaparthy’s online lectures, for a fraction of the cost. Long Live Open Source!
Comment · 6 months ago
Comment · 1 year ago
I’m working on yet another cloud based coding agent https://seniordev.io/ that connects to an existing GitHub repo, spins up a feature branch, commits incremental changes, and opens a PR. You can jump into an embedded VS Code server to review and tweak the code before merging—no local setup needed. Any feedback is greatly appreciated Thanks!
Comment · 1 year ago
Comment · 2 years ago
The 555 timer is considered one of the most successful chip designs in electronics. It has a simple, well understood, design. The timing on the 555 can be configured to generate a periodic signal using just a few resistors and capacitors. The 555 is often used as a timer in electronic circuits. The Linux scheduler is usually configured to respond to interrupts generated by a cpu. To replace those cpu interrupts by a simple 555 timer is impressive due to the unconventional nature of the setup.
Comment · 2 years ago
Thanks for your helpful comment! I was also struggling with the bad circuits voltage divider.
Comment · 3 years ago
Comment · 3 years ago
it also works really nice with the raspberry pi 4 and QEMU.
Comment · 3 years ago
It could be that the corpus ChatGPT was trained on is full of ‘confidently wrong’ answers from these ‘experts’. One solution could be to train these LLM on a higher quality corpus from real experts instead of random text from the internet. But would that just bring us back to the days of expert systems?
Comment · 4 years ago
Wow this looks amazing! I can’t wait to get my copy. I wonder with all the available resources to learn electronics can someone become an electronics engineer without going to college (assuming enough mathematical maturity to understand Electrodynamics, etc)?

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