Abstract: A control system architecture controlling one or more vehicle seats; providing the vehicle seats with a plurality of electronic devices including actuators, sensors and controllers; integrating the actuators, sensors and controllers into the vehicle seats; and interconnecting the actuators, sensors and controllers over a common serial bus through programmable connectors. Each of the programmable connectors associated with any given device provides a unique address for that device that allows the device to be specifically addressed and perform specific functions based on the electrical signals specifically targeted for the electronic device, whereby the plurality of the electrical signals are transmitted and received over the common serial bus simultaneously without interference.

Abstract: A communication system implements detection of bad frames of information by utilizing multiple bit correction thresholds. Equipment used within the communication system adapts to different signaling environments by dynamically altering the bit correction threshold based on a history of the number of consecutive bad frames of information that have been previously erased and the number of bits corrected by a channel decoder (202). By implementing this dynamic bit correction threshold, sufficient bad frame indication (BFI) detection and receiver sensitivity can be obtained simultaneously, which results in an improved perceived audio quality to the end user.