3 including the fixed network connection to the fixed network fn and the fourth radio cell fz 4 are shown from the communications network knw in fig1 a control information sti is again generated by the transceiver seg with the master station or base station functionality in the fourth radio cell fz 4 the first transceiver seg 1 once it has in accordance with fig1 evaluated its own and received advisory information hwi 1 hwi 4 and determined the second transceiver seg 2 best suited for taking over the functionality and has transmitted this control information to this best suited second transceiver seg 2 the transceiver seg corresponding according to fig1 to the first radio cell fz 1 the second transceiver seg 2 corresponding to the first radio cell fz 1 is like the first transceiver seg 1 located in the fourth radio cell fz 4 which is why the control information sti can be transmitted directly by means of the control information sti the second transceiver seg 2 corresponding to the first radio cell fz 1 is informed that it is to take over the master station or base station functionality it should be mentioned at this point for form 39 s sake that the emission of control information sti by the first transceiver seg 1 is discontinued if none of the second transceivers seg 2 is better suited in comparison with the first transceiver seg 1 in a fourth phase of the third auto configuration scenario according to fig1 in which.