Abstract: An enhanced concert audio experience arrangement includes a mixing console that receives a plurality of audio signals. Each audio signal is received from a respective microphone of a plurality of microphones. The mixing console mixes the audio signals into a plurality of combinations of audio signals. Each combination includes one or more selected ones of the audio signals. A transceiver is communicatively coupled to the mixing console and transmits air-borne signals including the combinations of audio signals. A mobile personal electronic device is communicatively coupled to the transceiver and enables a human user to select one of the combinations of audio signals transmitted by the transceiver, and listen to the selected combination of audio signals.

Abstract: A multi-modal test arrangement for a motor vehicle includes a memory device storing a test script for testing operation of a portion of the motor vehicle while the vehicle is being driven. The test script requires interaction with a human user of the vehicle while the test script is running. A user interface is permanently installed in the motor vehicle and enables interfacing between the test script and the human user of the vehicle while the test script is running.

Abstract: A method of providing text to speech conversion in an automobile includes receiving a command from a user regarding an organization. First information is received from an electronic mobile device within the vehicle. The first information regards the organization. Second information is retrieved from an information source that is remote from the vehicle. The retrieving is dependent upon the first information. The remote information source may include a satellite radio signal provider or a navigation information provider, for example. The second information includes pronunciation information about a name of the organization. An audible pronunciation of the organization name is provided by use of electronic speech within the vehicle. The pronunciation of the organization name is dependent upon the pronunciation information retrieved from the remote information source.