Abstract: Disclosed is a method of facilitating decomposition of sound signals. The method includes receiving multiple sound signals from multiple communication devices communicatively coupled to multiple sound recording devices. Further, the method includes processing multiple sound signals using at least one sound processing algorithm. Further, the method includes generating multiple sound layers corresponding to multiple sound signals based on the processing. Further, the method includes generating a visualization based on generating multiple sound layers. Further, the method includes transmitting the visualization corresponding to multiple sound layers to a user device. Further, the method includes storing multiple sound layers in association with multiple sound layer identifiers. Further, the method includes receiving a request for a sound layer from the user device. Further, the method includes retrieving the sound layer based on the request including the sound layer identifier.

Abstract: A method and system for automatically generating the lyrics of a song is provided to reduce the time and cost of song transcription. The method may include isolating vocal content from instrumental content for a provided audio input. The vocal content may be processed or normalized to obtain a natural vocal content. A speech recognizer may then be utilized to transcribe a plurality of words of the natural vocal content. The plurality of words may then be organized and saved as a lyric time code. The lyric time code may be stored with an audio file or used to generate dynamic outputs associated with the vocal content. The system may include hardware and software to provide deep neural networks used by artificial intelligence to carry out steps of the method.