Abstract: A method of dynamically varying a power of a Reference Signal irradiated by a radio base station of a radio mobile network includes having a network entity monitoring a performance indicator associated with an area. The radio base station provides communication services to User Equipment located in a respective area served by the radio base station. The performance indicator is indicative of a communication channel state within the area. The method also includes either increasing or decreasing the power of the Reference Signal in the area based on a current value of the performance indicator. Either increasing or decreasing the power of the Reference Signal in the area based on a current value of the performance indicator includes modifying a power parameter referred to power of signals transmitted by the radio base station.

Abstract: A method for operating a mobile cellular network. including: for at least one cell of a plurality of cells of the mobile cellular network: determining a radio interference affecting the cell in at least one between uplink and downlink transmissions; and if the radio interference affecting the cell is higher than a threshold radio interference, setting the cell in a first condition for preventing any user equipment using the mobile cellular network from camping on it for the at least one between uplink and downlink transmissions; or if the radio interference affecting the cell is lower than said threshold radio interference, setting the cell in a second condition for allowing any user equipment of the mobile cellular network to camp on it for the at least one between uplink and downlink transmissions.

Abstract: A method for uplink allocation of radio resources in a cellular network including a network node and, associated therewith, at least one user equipment supporting data reception from a global navigation satellite system. The method includes, for each of the at least one user equipment: if uplink data transmission from the user equipment to the network node is based on aggregation of carriers and if data reception from the global navigation satellite system is enabled, determining a reception time interval, with respect to a framing system of the cellular network, during which data reception from the global navigation satellite system takes place, the determining based on timing information concerning data reception by the user equipment from the global navigation satellite system; if uplink data transmission potentially takes place at least partially within the reception time interval, limiting allocation of radio resources for the uplink data transmission from the user equipment.

Abstract: A method is proposed for selecting an allocation group comprising an ordered succession of radio resources from a first radio resource to a last radio resource, iterating the following operations: selecting the last radio resource of the allocation group, each last radio resource taking, at each iteration, a position in the ordered succession lower than the position taken in the ordered succession by the last radio resource at the respective previous iteration, estimating a signal to interference-plus-noise ratio per radio resource of the allocation group according to a number of radio resources of the allocation group, from the first to the last radio resources of the allocation group, and according to history transmissions information, and until the signal to interference-plus-noise ratio per radio resource is higher than a predetermined signal to interference-plus-noise ratio, allocating the radio resources from said first to said last radio resources of the allocation group.

Abstract: A method for operating a mobile cellular network. including: for at least one cell of a plurality of cells of the mobile cellular network: determining a radio interference affecting the cell in at least one between uplink and downlink transmissions; and if the radio interference affecting the cell is higher than a threshold radio interference, setting the cell in a first condition for preventing any user equipment using the mobile cellular network from camping on it for the at least one between uplink and downlink transmissions; or if the radio interference affecting the cell is lower than said threshold radio interference, setting the cell in a second condition for allowing any user equipment of the mobile cellular network to camp on it for the at least one between uplink and downlink transmissions.

Abstract: A method of dynamically varying a power of a Reference Signal irradiated by a radio base station of a radio mobile network includes having a network entity monitoring a performance indicator associated with an area. The radio base station provides communication services to User Equipment located in a respective area served by the radio base station. The performance indicator is indicative of a communication channel state within the area. The method also includes either increasing or decreasing the power of the Reference Signal in the area based on a current value of the performance indicator. Either increasing or decreasing the power of the Reference Signal in the area based on a current value of the performance indicator includes modifying a power parameter referred to power of signals transmitted by the radio base station.

Abstract: A method for uplink allocation of radio resources in a cellular network including a network node and, associated therewith, at least one user equipment supporting data reception from a global navigation satellite system. The method includes, for each of the at least one user equipment: if uplink data transmission from the user equipment to the network node is based on aggregation of carriers and if data reception from the global navigation satellite system is enabled, determining a reception time interval, with respect to a framing system of the cellular network, during which data reception from the global navigation satellite system takes place, the determining based on timing information concerning data reception by the user equipment from the global navigation satellite system; if uplink data transmission potentially takes place at least partially within the reception time interval, limiting allocation of radio resources for the uplink data transmission from the user equipment.

Abstract: A method is proposed for selecting an allocation group comprising an ordered succession of radio resources from a first radio resource to a last radio resource, iterating the following operations: selecting the last radio resource of the allocation group, each last radio resource taking, at each iteration, a position in the ordered succession lower than the position taken in the ordered succession by the last radio resource at the respective previous iteration, estimating a signal to interference-plus-noise ratio per radio resource of the allocation group according to a number of radio resources of the allocation group, from the first to the last radio resources of the allocation group, and according to history transmissions information, and until the signal to interference-plus-noise ratio per radio resource is higher than a predetermined signal to interference-plus-noise ratio, allocating the radio resources from said first to said last radio resources of the allocation group.

Abstract: A method of providing, in a telecommunications network including at least a first and a second set of communication resources, a service to users in a condition of being provided said service both by the first set of communication resources and by the second set of communication resources. The method includes the steps of: upon receipt, through the first set of communication resources, of a service request related to the service from a user, attempting to redirect the service request to the second set of communication resources; and if the attempt succeeds, provisioning the service to the user by the second set of communication resources. The attempt to redirect the service request includes identifying a communication resource among the second set of communication resources, by either considering or not communication resources of the second set as candidates for the service request redirection based on a history criterion that takes into account an observation of the outcome of past redirection attempts.

Abstract: A method for simulating a mobile telephone network with shared-access channels. The simulation method includes the steps of simulating at least a first and a second configuration of the mobile telephone network that are statistically independent one from the other. Each one of the steps of simulating includes at least the steps of: determining a number of mobile terminals generating a packet data traffic; assigning to a list of mobile terminals included in the number of mobile terminals generating a packet data traffic, at least one shared-access channel of the mobile telephone network to be simulated; and performing a scheduling management algorithm of the list of mobile terminals on the shared-access channel.

Abstract: A method of simulating transmission of data from a transmitter to a receiver in a radio communications network, the method including calculating an average amount of data to be transmitted to the receiver in a considered transmission time interval based on a relationship between an interferential condition assumed to be experienced at the receiver and a data transmission throughput, the relationship being determined by a link-level simulation of the link between the transmitter and the receiver.

Abstract: A method for configuring a re-configurable radio terminal through a communication network operating according to a communication system, wherein the radio terminal is configured for exchanging information with at least one node of the communication network by using the communicating system.

Abstract: A method for configuring a re-configurable radio terminal through a communication network operating according to a communication system, wherein the radio terminal is configured for exchanging information with at least one node of the communication network by using the communicating system.

Abstract: A method for conditionally allowing fruition of broadcast contents, broadcast by a contents broadcaster and received by a user by means of a receiving equipment, includes: performing, locally at the receiving equipment of the user, a first fruition entitlement check based on first fruition entitlement data available locally at the receiving equipment; having the receiving equipment provide to the contents broadcaster the first fruition entitlement data exploiting a return communications channel of the receiving equipment; having the contents broadcaster perform a second fruition entitlement check based on a comparison between the received first fruition entitlement data and second fruition entitlement data available locally to the contents broadcaster; and conditioned on a result of the second check, having the contents broadcaster provide to the receiving equipment, exploiting the return communications channel, a fruition entitlement confirmation notification; at the receiving equipment, conditioning the fru

Abstract: A method for enabling connection of a mobile communication terminal to a radio communication network, comprising broadcasting through a geographic area information about available radio access networks available in the geographic area, the information being intended to be used by the mobile communication terminal for determining which radio access networks cover a current mobile communication terminal location within the geographic area. The information includes an identifier of at least one radio access network available in the geographic area, and, associated with the identifier of the at least one radio access network, data adapted to determine an extent of coverage of the geographic area by that radio access network.

Abstract: A method for configuring a wireless telecommunications network adapted to operate according to at least one radio system, includes a plurality of re-configurable base radio stations, wherein each base radio station is adapted to manage one or more cells of the telecommunications network, and wherein each cell has corresponding radio resources available. The method includes: obtaining measurements of the cells load status; dynamically configuring at least one of the cells by assigning thereto determined available radio resources depending on the measurements of the cell load status.

Abstract: In a telecommunications network that is able to manage cellular radio-mobile systems, base radio stations can be dynamically reconfigured through an exchange of messages from a configuration managing unit of radio resources adapted to be interfaced with many base radio stations and the affected base radio stations for dynamically reducing telecommunications network block conditions.

Abstract: A method for simulating a telecommunications network through objects that model respective network devices provides for simulating through the objects, the supply of network services according to respective quality of service profiles, by selectively identifying at least one quality of service profile, and dynamically configuring the objects to simulate the supply of the service corresponding to the selectively identified quality of service profile. In the simulation of networks having mobile terminals, the quality of service profile preferably has parameters chosen from traffic class, maximum transfer time of a data unit, guaranteed transfer speed for data transmitted by mobile terminal toward the network, maximum transfer speed for data transmitted from mobile terminal toward the network, guaranteed transfer speed for data transmitted by the network toward mobile terminal, and maximum transfer speed for data transmitted by the network toward mobile terminal.

Abstract: A method for enabling connection of a mobile communication terminal to a radio communication network, includes: receiving information about available radio access networks available in a geographic area; determining a current location of the mobile communication terminal within the geographic area; based on the received information and the determined mobile communication terminal current location, determining available radio access networks covering the current mobile communication terminal location, and attempting to establish a connection to the radio communication network through a selected one of the available radio access networks.

Abstract: A communication network is simulated with a simulator with object based architecture in which each object represents the model of a network device. The simulated network is capable of corresponding to a plurality of different systems, such as, GSM, GPRS, UMTS, WLAN, fixed networks. At the simulator level, the physical devices of the network are subdivided into a first set of devices completely independent of the system that regulates the operation of the network, the operation of the devices of the first set thus being independent of the system, a second set of devices which depend on the system under consideration, the operation of the devices included in the second set thus being specific for the system under consideration, and a third set of devices for the inter-work between the first set and second set, the devices of the third set being able to interact with the devices independent of the system under consideration and with the devices which do depend on the system under consideration.