A method for controlling electronic equipment , the electronic equipment including a wireless transceiver and being able to communicate with an electronic station (13A, ..., 13N) including wireless communication means, the wireless transceiver being able to receive wireless signals from the station (13A, ..., 13N) with a variable receiving power level (Pr), the receiving power level (Pr) depending on the transmission power level of the station (13A, ..., 13N), and the wireless transceiver being able to transmit wireless signals to the station (13A, ..., 13N); the method comprising the following steps: - the electronic equipment measures the receiving power level (Pr) of the wireless signals from the station (13A, ..., 13N); - the receiving power level (Pr) is compared with at least one threshold from among a first threshold (TPC1) and a second threshold (TPC2), the first threshold (TPC1) being greater than the second threshold (TPC2), and - the transceiver transmits (120; 100) the following wireless signals, with a power level equal to: + a first transmission power level (Pe1) if the receiving power level (Pr) is less than or equal to the second threshold (TPC2) during the preceding comparison step, or + a second transmission power level (Pe2) if the receiving power level (Pr) is greater than or equal to the first threshold (TPC1) during the preceding comparison step, the first transmission power level (Pe1) is strictly greater than the second transmission power level (Pe2), the method being characterized in that during transmission of the wireless signals with the second transmission power level (Pe2), the transceiver is able to transmit the following wireless signals with the first transmission power level (Pe1) if, in addition, the receiving power level (Pr) is less than or equal to the first threshold (TPC1) for Nc2 consecutive preceding comparison steps, Nc2 being an integer greater than or equal to two. - the electronic equipment measures the receiving power level (Pr) of the wireless signals from the station (13A, ..., 13N); - the receiving power level (Pr) is compared with at least one threshold from among a first threshold (TPC1) and a second threshold (TPC2), the first threshold (TPC1) being greater than the second threshold (TPC2), and - the transceiver transmits (120; 100) the following wireless signals, with a power level equal to: + a first transmission power level (Pe1) if the receiving power level (Pr) is less than or equal to the second threshold (TPC2) during the preceding comparison step, or + a second transmission power level (Pe2) if the receiving power level (Pr) is greater than or equal to the first threshold (TPC1) during the preceding comparison step, the first transmission power level (Pe1) is strictly greater than the second transmission power level (Pe2), + a first transmission power level (Pe1) if the receiving power level (Pr) is less than or equal to the second threshold (TPC2) during the preceding comparison step, or + a second transmission power level (Pe2) if the receiving power level (Pr) is greater than or equal to the first threshold (TPC1) during the preceding comparison step, the first transmission power level (Pe1) is strictly greater than the second transmission power level (Pe2), <EOS>