Music production apparatus combines melody elements with adjustable attributes to generate diverse sound signals.
A superimposing section embeds musical performance information into an analog audio signal by modulating a high-frequency component.
A chord information extraction device segments score images and validates character groups against notation rules for accurate recognition.
Dynamic positioning of the fallboard and front plate resolves the conflict between acoustic piano aesthetics and internal space utilization.
Computer method extracts common effect characteristics from reference sounds to generate new audio with matching timbre and frequency profiles.
A wireless communication device embeds control information in sound signals for transmission alongside direct radio paths.
A conversion module generates PCM values from note-based audio using a trigonometric lookup table.
A beat sound generation timing device calculates cycle and phase from intensity data to detect accurate beat timings.
Angled tweeters above speakers suppress mutual interference while expanding sound distribution for unified source perception.
Dynamically reconfiguring key functions reduces structural complexity while improving ease of playing complex musical arrangements.
A second signal generation instructor produces key release sounds based on detected moving speed and position.
Segmented switching logic resolves the trade-off between adaptability and complexity, eliminating duplicated tones in electric guitar circuits.