A crosslinked positioning method sets one of the intercommunicated
positioning devices as a master and the remaining ones as slaves through
a crosslink allocation. The method includes the steps of searching
several devices at the same time, receiving IDs and comparing the IDs.
The device with a higher ID is a master, and the other devices with a
lower ID are slaves. The master and slaves perform a data link through a
search mode, a call mode, a frequency hopping mode, a transmission power
adjusting mode or a correction time mode. After the data link is
accomplished, positioning data of the master and the slaves are displayed
simultaneously on a screen.