8. The computer system of claim 1 , wherein the set of instructions includes: an accumulator that accumulates the language in the time domain; a dispatcher that receives the language from the accumulator after being buffered by the accumulator; a normalizer that receives the language from the dispatcher in the time domain and normalizes the language; a windower that receives the language from the normalizer that creates windows of the language in the time domain; and a fast Fourier Transform that receives the language from the windower in the time domain and transforms the language to the frequency domain before reaching the analysis system.
8. The computer system of claim 1 , wherein the set of instructions includes: an accumulator that accumulates the language in the time domain; a dispatcher that receives the language from the accumulator after being buffered by the accumulator; a normalizer that receives the language from the dispatcher in the time domain and normalizes the language; a windower that receives the language from the normalizer that creates windows of the language in the time domain; and a fast Fourier Transform that receives the language from the windower in the time domain and transforms the language to the frequency domain before reaching the analysis system. 9. The computer system of claim 8 , wherein the fast Fourier Transform uses fixed point calculation.