18. An acoustic front-end device comprising: a frame parser receiving an acoustic signal and parsing the received acoustic signal into a plurality of frames; a plurality of correlators, each of the correlators correlating each of the plurality of frames with the one or more acoustic property sets to produce a first set of acoustic property correlations; a controller, the controller retrieving one or more first speech characteristic samples from one or more speech codebooks based on the acoustic property set correlations; a speech characteristic probability generator generating speech characteristic probabilities for a subsequent frame of the plurality of frames by: individually correlating a digital signal component of the subsequent frame with the one or more acoustical property sets to produce a second set of acoustic property correlations addressing the one or more speech codebooks based on the second set of acoustic property correlations to retrieve a second speech characteristic sample; and correlating the digital signal component with the second speech characteristic sample to produce the speech characteristic probability for the subsequent frame; and a processor, the processor: interpreting the plurality of speech characteristic probabilities to generate at least a language probability, word bias, and language syntax bias; selecting a plurality of words from a series of plurality of words based on the word bias and language probability; and selecting a plurality of language syntaxes from a series of plurality of language syntaxes based on the language probability.
18. An acoustic front-end device comprising: a frame parser receiving an acoustic signal and parsing the received acoustic signal into a plurality of frames; a plurality of correlators, each of the correlators correlating each of the plurality of frames with the one or more acoustic property sets to produce a first set of acoustic property correlations; a controller, the controller retrieving one or more first speech characteristic samples from one or more speech codebooks based on the acoustic property set correlations; a speech characteristic probability generator generating speech characteristic probabilities for a subsequent frame of the plurality of frames by: individually correlating a digital signal component of the subsequent frame with the one or more acoustical property sets to produce a second set of acoustic property correlations addressing the one or more speech codebooks based on the second set of acoustic property correlations to retrieve a second speech characteristic sample; and correlating the digital signal component with the second speech characteristic sample to produce the speech characteristic probability for the subsequent frame; and a processor, the processor: interpreting the plurality of speech characteristic probabilities to generate at least a language probability, word bias, and language syntax bias; selecting a plurality of words from a series of plurality of words based on the word bias and language probability; and selecting a plurality of language syntaxes from a series of plurality of language syntaxes based on the language probability. 19. The device of claim 18 , wherein at least one of the one or more speech codebooks is based on a hidden Markov model.