| 摘要 |
A method ( 200 ) for self-configuring a smart accessory allows for a common platform to be used for a variety of accessory options. The presence of an optional mechanical, electrical, and/or software configuration is detected ( 206 ) and compared to accessory parameter data associated with the identification and operation of the accessory ( 210 ). If the data and options do not match, the parameter data gets updated so as to self-configure the accessory to the detected optional configuration ( 212 ).
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