Abstract: The invention discloses a control scheme for wireless communications networks, including stations communicating with mobiles in downlink mode. The network includes an elementary load calculator designed to compute the load induced by a given mobile on a server station. The elementary load calculator includes: a first function (PA1) designed to compute a first elementary quantity taking into account the attenuation between the mobile and each nearby station (Lv,mu) and the limit on the total power emitted by each nearby station, a second function (PA2) designed to compute a second elementary quantity taking into account the requirements of the mobile vis-a-vis its station (?mu?) and the attenuation between the mobile and its station (Lu,mu), the elementary load calculator being capable of computing the product of the first elementary quantity by the second elementary quantity, which gives an elementary product representing the load induced by the mobile (EDPAPmu).

Abstract: Control device for a wireless communications network, comprising a calculator of quantities related to attenuations measured between mobiles and base stations, and/or to the signal to interference and noise ratio threshold, and a decision device with regard to the processing of new candidate mobiles, this device operating conjointly with the calculator according to a predefined mechanism. The said mechanism comprises: a load calculation function for each mobile, and an evaluation of a working condition, representing the feasibility of the servicing of mobiles by a station.

Abstract: The invention discloses a control scheme for wireless communications networks, including stations communicating with mobiles in downlink mode. The network includes an elementary load calculator designed to compute the load induced by a given mobile on a server station.