Abstract: A method of compiling transmitter-to-receiver relationships in a radio system is disclosed. The radio system includes at least two receivers (B48, B42) and at least one transmitter (MS1) located in at least one radio coverage area (C42) of the receivers (B42). The method for a single transmitter (MS1) includes the steps of: first, sending a signal (ARM) having known power (Put) on a transmission channel allocated to the transmitter (MS1). Next, in at least one of the receivers (B48, B42), the power received (S48, S42) from the transmitted signal (2, ACCESS) is measured. The transmitted signal is guaranteed to be a solitary signal upon reception. The amplification (g{circumflex over ( )}48, g{circumflex over ( )}42) of the signal (ARM) received in the receiver is then calculated. Finally, the calculated amplification (g{circumflex over ( )}48, g{circumflex over ( )}42) is stored in a storage location in the radio system.

Abstract: The present invention relates to a method of compiling transmitter-to-receiver relationships in a radio system. The radio system includes at least two receivers (B48, B42) and at least one transmitter (MS1) located in at least one radio coverage area (C42) of the receivers (B42). The method for a single transmitter (MS1) comprises the steps of:sending a signal (ARM) having known power (Put) on a transmission channel allocated to said transmitter (MS1);measuring in at least one of the receivers (B48, B42) the power received (S48, S42) from the transmitted signal (2, ACCESS), it being guaranteed that the signal will be a solitary signal upon reception;calculating the amplification (g48, g42) of the signal (ARM) received in the receiver; andstoring the calculated amplification (g48, g42) in a storage location in the radio system.