Radio telecommunications system with a receiving station by multiple sensors and a plurality of radio stations transmitting data packets.

Several ski stations (MS1-MS4) can transmit PACKAGES SETTING CALL CHANNELS RACH AND PACKAGES user information CHANNELS TCH TO A receiving station (BTS) which is provided with an array of N sensors (A1-AN) AND a receiver (RM) adapted to simultaneously acquire N-1 PACKS OF BROADCAST STATIONS AND RESULTING THEREFROM N-1 OUTPUT SIGNALS OF DIFFERENT MATRIX (X1-XN-1). DURING A CHANNEL RACH, the identity of the broadcast station (MS) and the direction of arrival () AND POWER () YOUR SIGNAL ARE STORED IN A DATABASE OF PARAMETERS (PDB) with its weight vector (W) cALCULATED WITH THEMSELVES (WVG) TCH CANAL AND LOCATED WITH THEMSELVES (CHC). BOTH DURING A CHANNEL OR TACH TCH, VECTORS weight of a broadcast station SUPPLIED ARE THE DATABASE AND APPLY TO MULTIPLIERS (M1-MN-1) producing N-1 output signals MATRIX. IF INTERFERENCE BETWEEN STATIONS OF BROADCASTERS TO TCH using the same channel, another channel TCH PROVIDED TO WHICH THE INTERFERIDORAS relocate STATIONS AND WEIGHT VECTORS. STATIONS CAN ALSO SEND PACKAGES TO UPDATE THE CANAL RACH parameters and so WEIGHT VECTORS IN THE DATABASE. THIS RADIO TELECOMMUNICATIONS SYSTEM IS SUITABLE FOR PARTICULARLY "GLOBAL COMMUNICATIONS SYSTEM FOR MOBILE" FOR EUROPEAN GSM STATIONS IN WHICH ARE BROADCAST STATIONS phones.