1. A method for use in a vehicle comprising a plurality of in-vehicle consoles comprising at least a first in-vehicle console and a second in-vehicle console, the method comprising acts, performed via a speech processor, of: (A) receiving, at the speech processor, a first speech processing request from the first in-vehicle console, wherein the first in-vehicle console comprises a first computer running at least one first speech-enabled application, where the first speech processing request comprises at least one first signal indicative of a first spoken utterance; (B) processing the first speech processing request to recognize first content in the first spoken utterance and generate a first processing result based, at least in part, on the recognized first content; (C) sending the first processing result to the first in-vehicle console; (D) receiving, at the speech processor, a second speech processing request from the second in-vehicle console, wherein the second in-vehicle console comprises a second computer running at least one second speech-enabled application, where the second speech processing request comprises at least one second signal indicative of a second spoken utterance; (E) processing the second speech processing request to recognize second content in the second spoken utterance and generate a second processing result based, at least in part, on the recognized second content; and (F) sending the second processing result to the second in-vehicle console; wherein the first in-vehicle console and second in-vehicle console are configured to be operated independently and simultaneously.
1. A method for use in a vehicle comprising a plurality of in-vehicle consoles comprising at least a first in-vehicle console and a second in-vehicle console, the method comprising acts, performed via a speech processor, of: (A) receiving, at the speech processor, a first speech processing request from the first in-vehicle console, wherein the first in-vehicle console comprises a first computer running at least one first speech-enabled application, where the first speech processing request comprises at least one first signal indicative of a first spoken utterance; (B) processing the first speech processing request to recognize first content in the first spoken utterance and generate a first processing result based, at least in part, on the recognized first content; (C) sending the first processing result to the first in-vehicle console; (D) receiving, at the speech processor, a second speech processing request from the second in-vehicle console, wherein the second in-vehicle console comprises a second computer running at least one second speech-enabled application, where the second speech processing request comprises at least one second signal indicative of a second spoken utterance; (E) processing the second speech processing request to recognize second content in the second spoken utterance and generate a second processing result based, at least in part, on the recognized second content; and (F) sending the second processing result to the second in-vehicle console; wherein the first in-vehicle console and second in-vehicle console are configured to be operated independently and simultaneously. 8. The method of claim 1 wherein the first processing result is a textual result.