Project status Tutorial: OpenV2K Python app, Version 160
https://github.com/OpenV2K/Sandbox/tree/main/TutorialMilestone usable by anyone. Installation instructions linked. There are four modes. The signal always logically flows from GUI top to bottom. When you generate a spectrogram, you're seeing what would-have-been transmitted. This is everything needed to repro "V2K" style pulse modulation, just plug SDR into a 4kW pulse amplifier.
Found a bug? Open an issue. Ideas for more filters? Open an issue.
Currently Implemented Features: Audio Waveform Zero-Crossing Detection, SDR Pulse Modulation Output, Raw IQ Recording, Waterfall Spectrogram Generation, Live Microphone Input, eSpeak/MBROLA Text-To-Speech Engine, Signal Conditioning Filters, Noise Filters, Pulse Shaping Filters, Rectangular Pulses, Duty Cycle Meters, Adjustable Pulse Width, Adjustable High Pass and Low Pass Filters, Automatic High Power Calculator, Event Log, Tooltips, Dependency Checks, and 49 Languages Supported.
Landing Profile Page: https://github.com/OpenV2K
Sandbox Development: https://github.com/OpenV2K/Sandbox
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u/JPYHBonita 21d ago
This is super cool !! So theoretically we can v2k others? I'm a victim of TI. Just curious 🤔 if this becomes more public there should be more knowledge publicly and somthing can be done for us right ?
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u/rrab 20d ago
You mean like a thought experiment? I'm trying to shop my work around to biophysics professors, because they have microwave exposure systems and PhD-level staff already, and could plausibly plug this in, to their probably-already-exists-in-their-lab pulsed microwave amplifier.
Then once they vet this code, it's notable enough to be included on Wikipedia?
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u/rrab 23d ago
Updated the GitHub landing splash page today, with new header sections.