40. In a synthetic voice generating system, the improvement comprising: a plurality of stored glottal pulses, each stored glottal pulse having a desired frequency and being a selected portion of a speech waveform, said speech waveform created by measuring sound pressures of a human spoken sound at successive sample points in time and inverse-filtering the measurements to remove vocal tract components; a noise source means for generating a signal representing the sound produced by a human larynx by combining a plurality of said stored glottal pulses; and a vocal tract simulating means for modifying the signals from said noise source means to simulate the effect of a human vocal tract on said noise source signals.
40. In a synthetic voice generating system, the improvement comprising: a plurality of stored glottal pulses, each stored glottal pulse having a desired frequency and being a selected portion of a speech waveform, said speech waveform created by measuring sound pressures of a human spoken sound at successive sample points in time and inverse-filtering the measurements to remove vocal tract components; a noise source means for generating a signal representing the sound produced by a human larynx by combining a plurality of said stored glottal pulses; and a vocal tract simulating means for modifying the signals from said noise source means to simulate the effect of a human vocal tract on said noise source signals. 41. The improved synthetic noise generating system of claim 40 wherein said speech waveform is created by measuring the sound pressure of a human spoken sound at successive points in time.