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> Why Pi-card? > Raspberry Pi - Camera Audio Recognition Device. Missed opportunity for LCARS - LLM Camera Audio Recognition Service, responding to the keyword "computer," naturally. I guess if this ran elsewhere from a Pi, it could be LCARS.
Earlier quoted context omitted.
Pi-C.A.R.D is perfect. Read it 100% as Picard, and more recognizable that LCARS.
Just configure it to respond to "Computer" and you're good to go.
Changing the transcription model to something a bit better or moving the mic away from the fan could help this happen.
What latency do you get? I'd be interested in seeing a demo video.
I also tried using Vulkan, which is supposedly faster, but the times were a bit slower than normal CPU for Llama CPP.
This project seems to be ticking most, if not all of the boxes, compared to anything else I've seen. Good job!
While at it, can someone drop a recommendation for a Rpi-compatible mic for Alexa-like usecase?
All I need is a voice assistant that: - RPi 4 can handle, - I can integrate with HomeAssistant, - is offline only, and doesn't send my data anywhere. This project seems to be ticking most, if not all of the boxes, compared to anything else I've seen. Good job! While at it, can someone drop a recommendation for a Rpi-compatible mic for Alexa-like usecase?
> Why Pi-card? > Raspberry Pi - Camera Audio Recognition Device. Missed opportunity for LCARS - LLM Camera Audio Recognition Service, responding to the keyword "computer," naturally. I guess if this ran elsewhere from a Pi, it could be LCARS.
Or LLM Offline Camera, User Trained Understanding Speech LOCUTUS