Abstract: A method and system are provided for identifying a matching signal from a signal bank that includes a plurality of signal, to a first signal. The method includes receiving, by a processor, the first signal; performing, by the processor, a spectral analysis of the first signal and the plurality of signals, the spectral analysis further includes; computing a chromatogram comprising a plurality of frames; splitting each of the plurality of frames into a plurality of pitch classes; analyzing each of the plurality of pitch classes; determining dominant pitch class from the plurality of pitch classes, wherein the dominant pitch class has highest frequency magnitude; and matching, by the processor, dominant pitch class of the first signal with dominant pitch class of at least one of the plurality of signals.

Abstract: A method and system are provided for identifying a matching signal from a signal bank, that includes a plurality of signals, to a first signal, the method includes steps of; receiving, by a processor, the first signal; performing, by the processor, a spectral analysis of the first signal and the plurality of signals, the spectral analysis further includes; computing a chromatogram comprising a plurality of frames; splitting each of the plurality of frames into a plurality of pitch classes; analyzing each of the plurality of pitch classes; determining dominant pitch class from the plurality of pitch classes, wherein the dominant pitch class has highest frequency magnitude; and matching, by the processor, dominant pitch class of the first signal with dominant pitch class of at least one of the plurality of signals.

Abstract: A method and system are provided for mixing of signals that, the method including the steps of receiving, by a processor, a first signal with a start point and an end point; playing, by the processor, the first signal in a looped manner; mixing, by the processor, a recorded second signal with a start point and an end point, over the first signal to produce a mixed signal wherein if; the second signal is shorter in length as compared to the first signal and also completely overlaps the first signal, the mixed signal is generated by; identifying a start time of second signal over play timeline of the first signal; laying the second signal over the first signal at the identified start time; if the second signal is shorter in length as compared to the first signal and also partially overlaps the first signal, the mixed signal is generated by slicing the second signal from the end point of the first signal to generate a pre end-time segment and a post end-time segment of the second signal; adding the post end-time