Exploring Audio Storage on Paper Tape Using Computer Vision and Modern Compression
By
austinallegro
Toasted golden, schmeared with insight. Top of the rack.
Summary
The article presents a personal project exploring whether reasonably high-quality audio can be stored on paper tape using modern audio compression algorithms and computer vision. The author discusses the historical context of storage media, from early cylindrical engraved records to magnetic tape, highlighting the challenges of achieving high-quality, reliable data storage. The project concept involves using computer vision to read audio data encoded on paper tape, examining the technical feasibility and potential applications of this unconventional storage medium.
Key quotes
· 4 pulledGiven advances in audio compression algorithms and computer vision: could reasonably high-quality audio be stored on a paper tape?
This is a fascinating concept to me. When considering the complete history of storage media from early cylindrical engraved records through to magnetic tape it is evident that achieving high quality and reliable data storage is both challenging and expensive.
When specifically considering magnetic tape, the challenges surrounding complex mechanical tape transports and sensitive magnetic heads are significant.
Here is a project that I have been tossing around in my head for at least a year or two now.
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