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Thanks for the feedback. I'll improve the README based on your inputs. I was focused on the actual research. Overall, this allows writing code in statically com
by vshymanskyy 2y ago
Thanks for the feedback.
I'll improve the README based on your inputs. I was focused on the actual research.
Overall, this allows writing code in statically compiled languages and running it (fast) on embedded systems with MicroPython.
MicroPython itself is comparatively slow, and this provides tools to deliver more demanding software (AI, signal processing, etc).
- 0points 2y agoThere exists tooling already to compile for wasm from static languages (rust, C++, and so on) and there exists tooling to run this WASM on a raspberry pi (wasmer, etc). That makes me feel the end goal here is not what's described ("make wasm so it can run on a raspberry"), but rather "make wasm run in micropython". Am I missing something?
- vshymanskyy 2y agoYes, we're talking about Raspberry Pi Pico (RP2040) here. Not the Linux-based SBCs (Single Board Computers)
- ssnover 2y agoCurious if you've seen the WAMR runtime which is explicitly designed to be lightweight enough for freestanding embedded systems on some higher end microcontrollers (Cortex-M4F).
- vshymanskyy 2y agoYes, Wasm3 also targets Cortex-M4 and even Cortex-M0 :)
- 0points 2y agoI see, thanks for the clarification!