This looks along the same lines as CyberEther, though CyberEther does have alot more features to enable massive compute of raw data and arguably nicer gui.(https://github.com/luigifcruz/CyberEther)
I wonder how much of the signal graph feature set could be implemented as an SDR++ module. It could even be written in Rust with some FFI.
Rather than rewrite the entire SDR++ core in a separate project, maybe it would be better to incrementally port the existing code to Rust in a fork. I don't know what attitude the maintainers have toward Rust, though.
In general, any llvm compiled language is going to have persistent unpredictable jitter related issues. Only the naive think Rust is a replacement for C/C++, but the same issues also occur with clang compilers for the same reasons.
They now have 2 DSP problems by porting to llvm languages like Rust, but will insist their work isn't worse than the C they attempted to "upgrade". =3
This looks along the same lines as CyberEther, though CyberEther does have alot more features to enable massive compute of raw data and arguably nicer gui.(https://github.com/luigifcruz/CyberEther)
I wonder how much of the signal graph feature set could be implemented as an SDR++ module. It could even be written in Rust with some FFI.
Rather than rewrite the entire SDR++ core in a separate project, maybe it would be better to incrementally port the existing code to Rust in a fork. I don't know what attitude the maintainers have toward Rust, though.
Is this GNU Radio vibe-ported to rust? How does it compare?
In general, any llvm compiled language is going to have persistent unpredictable jitter related issues. Only the naive think Rust is a replacement for C/C++, but the same issues also occur with clang compilers for the same reasons.
They now have 2 DSP problems by porting to llvm languages like Rust, but will insist their work isn't worse than the C they attempted to "upgrade". =3
https://en.wikipedia.org/wiki/Metastability#Electronic_circu...
https://www.youtube.com/watch?v=T4Upf_B9RLQ
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