precise-rs VS TX-2-simulator

here's what's on the pipeline next: - finish mel-spectrogram implementation - publish initial version on crates - move python caching rust side - finish implementing in the precise rust port - potentially build another runner for (open wakeword)[https://github.com/dscripka/openWakeWord] - build an android app that supports user-defined wakewords and has some popular defaults to load. ps not a voice assistant, just the thing that activates the voice assistant.

p.s. one of the members of our group had ported the part of the precise engine responsible for decoding to rust, we're working on this lib because the performance of the old mfcc rust lib was bottlenecking the project

I want to share a really cool project with you all: an implementation of the Precise Wakeword engine (the one used in Mycroft) in Rust, called precise-rs. This project is unique because other than the usual advantages of using Rust (like minimal memory usage), there's another nice benefit: running the wakeword engine on Android/iOS we want to be able to say to our phones: "Ok, my dear assistant, do the dishes"💥!!.

This release represents the first phase in the wakeword project, we are working on a Rust wakeword engine based on Precise and a SpeechPy MFCC port in Rust so that user's can run the wakeword easily on their phone and other devices. It is hard to believe that there aren't any current good solutions to running a modern FOSS wakeword engine on a phone in real time. We want to change that and allow everyone access to this technology, with their own wakeword of choice.

Source code

You could implement some opcodes at https://github.com/TX-2/TX-2-simulator

Thanks to /u/TGSCrust I've got things working now. In case anybody else is interested in this, I now have a complete working example.

I've been working on an assembler and right now it uses nom. While nom isn't great for error messages, good error messages will be important for this particular assembler (current code), so I've been attempting to use the methods described by Eyal Kalderon in Error recovery with parser combinators (using nom).

Here's an example of a tape loader program from a very fancy machine, the TX-2. The TX-2 was fancy in a lot of ways, but most relevantly here because the tape loader code was set up permanently on a plugboard instead of having to be toggled in at boot time. The TX-2 is interesting and important because it was the machine that Ivan Sutherland's Sketchpad ran on.

https://github.com/TX-2/TX-2-simulator is written in a combination of Rust and Typescript. It's not finished yet, and the UI needs lots of improvement.

https://github.com/TX-2/TX-2-simulator could really use some help

This github workflow builds this project and deploys it to the gh-pages branch of this project whose main branch isn't interesting.

If you're interested, please take a look at the TX-2 project's website and, if you like, the source code. If you haven't eaten in the last hour or so, you might also find it interesting to take a look at the online demo. There's a collection of "good first issue" items too.

TX-2 (code)