10. A method of voice communication, comprising: providing a nonocclusive earpiece housing and having a plurality of inputs for receiving voice communication and a speaker, the nonocclusive earpiece housing adapted for being worn by a user on the user's head; receiving the voice communication from at least one of the inputs; translating the voice communication to a different language using an intelligent control to create a translated voice communication; transducing the translated voice communication at the speaker of the nonocclusive earpiece; wherein the nonocclusive earpiece further includes a processor; wherein the processor is adapted to perform translation of the voice communication to the translated voice communication.
10. A method of voice communication, comprising: providing a nonocclusive earpiece housing and having a plurality of inputs for receiving voice communication and a speaker, the nonocclusive earpiece housing adapted for being worn by a user on the user's head; receiving the voice communication from at least one of the inputs; translating the voice communication to a different language using an intelligent control to create a translated voice communication; transducing the translated voice communication at the speaker of the nonocclusive earpiece; wherein the nonocclusive earpiece further includes a processor; wherein the processor is adapted to perform translation of the voice communication to the translated voice communication. 11. The method of claim 10 wherein at least one of the inputs is a bone conduction sensor.