18. Logic encoded on tangible non-transitory media for execution by a processor, and when executed operable to: analyze a corpus of audio data and transcription data corresponding to the audio data to determine a plurality of speaker types from the corpus of audio data and the corresponding transcription data; train for automatic speech recognition of each of the plurality of speaker types; receive audio data from an associated source; determine a selected one of the plurality of speaker types based on the audio data received from the associated source and a transcription of the audio received from the associated source; and selectively transcribe the audio data received from the associated source based on the selected one of the plurality of speaker types.
18. Logic encoded on tangible non-transitory media for execution by a processor, and when executed operable to: analyze a corpus of audio data and transcription data corresponding to the audio data to determine a plurality of speaker types from the corpus of audio data and the corresponding transcription data; train for automatic speech recognition of each of the plurality of speaker types; receive audio data from an associated source; determine a selected one of the plurality of speaker types based on the audio data received from the associated source and a transcription of the audio received from the associated source; and selectively transcribe the audio data received from the associated source based on the selected one of the plurality of speaker types. 20. The logic of claim 18 , wherein logic is further operable to: re-determine speaker types from the corpus of audio data and corresponding transcription data; re-train the automatic speech recognition; and re-determine the speaker type for the source.