Abstract: A method for generating a phone provisioning configuration file comprising obtaining a first file, the first file including one or more keys corresponding to phone provisioning configurations; obtaining a set of variables and at least one set of data values from a second file, the data values corresponding to the phone provisioning configurations of at least one phone; determining whether a number of the data values in the at least one set of data values corresponds to a number of the variables; and generating at least one phone provisioning configuration file corresponding to the data values based on the first file, when the number of data values in the at least one set of data values corresponds to the number of variables.

Abstract: A method and apparatus are provided for efficiently encoding source data in radio frequency identification (RFID) systems. The encoded source data may also provide additional functionality such as data error detection and correction. A source data encoding and decoding method for a RFID system having a RFID transponder comprises the steps of obtaining the source data, encoding to provide more efficient data encodation that may also include data error detection and error correction, writing the encoded source data to a RFID transponder, reading the encoded source data from the RFID transponder, and decoding the encoded source data to recover the original source data. The encoding may utilize bar code symbology algorithms or a non-Full ASCII enhanced functionality character set.

Abstract: A plurality of scan lines is used to detect characteristic features of a checkerboard structure or similar pattern structure of symbology within a field of view. The scan lines cross leading edges of the symbology which provides signals to a plurality of processors. The processors detect instances wherein sequential leading edges exhibit angular shifts corresponding to a pattern of the symbology. A further processor is used to detect when a coincidence of these angular shifts occur, thereby providing an indication of the location of the symbology within the field of view.