1. A translator device, comprising: a microphone that receives a spoken phrase from a speaker; a voice recognition module that detects auditory attributes comprising a speed of talking and an average auditory frequency of the speaker from the spoken phrase; a dialect detector module that selects a dialect comprising slang words in a language specific to a region that are not in other dialects of the language outside the region, wherein the dialect detector module selects the dialect based upon a location of the device within the region; a translation module that translates the spoken phrase spoken by the speaker to a translated second phrase of the selected dialect, wherein the dialect comprises slang words in a language specific to a region that are not in other dialects of the language outside the region; and an auditory output module that synthesizes the translated phrase using the speed of talking and the average auditory frequency of the spoken phrase.
1. A translator device, comprising: a microphone that receives a spoken phrase from a speaker; a voice recognition module that detects auditory attributes comprising a speed of talking and an average auditory frequency of the speaker from the spoken phrase; a dialect detector module that selects a dialect comprising slang words in a language specific to a region that are not in other dialects of the language outside the region, wherein the dialect detector module selects the dialect based upon a location of the device within the region; a translation module that translates the spoken phrase spoken by the speaker to a translated second phrase of the selected dialect, wherein the dialect comprises slang words in a language specific to a region that are not in other dialects of the language outside the region; and an auditory output module that synthesizes the translated phrase using the speed of talking and the average auditory frequency of the spoken phrase. 11. The translator device of claim 1 , wherein the voice recognition module is further configured to continuously record present auditory attributes of the speaker's voice, and wherein the auditory output module is configured to continuously modify the synthesized voice over time as a function of the present auditory attributes.