Abstract: Modelling process designed for deployment of the radio coverage of a cellular radiotelephony network, using a computer system that memorises data representing reference coverage maps of the said network, data representing geographic maps broken down into areas delimited by a contour, called geomarketing data, data representing at least one type of radio station, data representing a sufficient coverage threshold and data representing a coverage threshold of each contour, process initially comprising the following successive steps:

Abstract: A method for determining the planning of a schedule of frequencies which shall be allocated to a plurality of base stations (11-14) managing cells (1-4) of a cellular wireless telephone network whereby an algorithm implemented by a calculating system having access to a given number of radio communications carrier frequencies (fi, fj,) operates as follows:

Abstract: A method for generating constraints matrices to be used in planning a cellular, wireless telephone network, wherein, for a given number of specified carrier frequencies (fi, fj) to be allocated to a plurality of radio base stations (11-14) of specified positions and transmission powers that act as a server cell or an interfering cell, said method comprising the following stages:

Abstract: The invention concerns a method anticipatorily estimating the radio coverage by a base station of a cell (1) of a cellular wireless telephone network, whereby

Abstract: According to the procedure for the definition of the topology of a cellular radiotelephony network consisting of several clusters to be defined, of stations for the administration of respective cells with shared borders, the stations of each cluster, each linked to a controller, connected to other controllers intended to administer the mobility of terminals,

Abstract: Method for establishing a radio coverage map of at least one cell for a cellular radio telephone network, by means of a calculation system using data memorized from a geographic map and the position of the cell and an associated radio base station, data memorized for a level of transmission for the station and a radio reception (S0) sensitivity threshold for handsets, and data memorized for a radio propagation attenuation law, a method in which the calculation system generates a grid of the cell map with a certain number (N1) of pixels on the map, calculates a number (N1) of attenuations of radio propagation for the level of transmission by the station for the respective pixels and a number of average reception levels (S1m), associated with respective pixels, which it memorizes, and compares them with the sensitivity threshold (S0) to determine a number of directions of disparity between the threshold value (S0) and the value of the average reception level (S1m) associated with each pixel, a method characteri