Abstract: The present invention relates to a method of configuring parameters used to transmit packets of data between a data processing and/or transfer terminal, such as a computer or the like, for example, and a radiocommunication network, using a radiocommunication device, in particular a mobile station with an autonomous power supply. The method is characterized in that it consists in authorizing dynamic configuration by the transfer and/or processing terminal of parameters defining a discontinuous reception mode of said radiocommunication device when in a standby mode, after static setting of said parameters by said device, as a function of the autonomy of said device, the responsiveness required of said device, and transmission requirements of said terminal.

Abstract: A method is dedicated to selecting a communication network for a dual mode mobile communication terminal. This method consists in the mobile terminal listening to a chosen signaling channel of its parent cellular communication network on which is transmitted, in a chosen mode, information data on access points to at least one wireless local area network, accessible in the cell in which the mobile terminal is situated, and in selecting one of the accessible access points as a function of at least one chosen selection criterion, so that the mobile terminal can communicate with a remote communication terminal via the selected access point, given the transmitted information data, if the latter is more suitable for the communication than the cellular network.

Abstract: The present invention relates to a method of configuring parameters used to transmit packets of data between a data processing and/or transfer terminal, such as a computer or the like, for example, and a radiocommunication network, using a radiocommunication device, in particular a mobile station with an autonomous power supply.

Abstract: The present invention relates to a method of transmitting data in packets in real time between a network and a mobile radiocommunication terminal over a plurality of multiframes each including a given number of blocks.