Abstract: A wireless network controller and method for controlling the broadcast of a paging message for a user equipment by a wireless network cell or controlling handover of a user equipment from a serving wireless network cell to a target wireless network cell, wireless controller being configured to compare an access permission of the user equipment to an access condition of the wireless network cell; and if the access permission of the user equipment does not comply with the access condition of the wireless network cell, suppress the paging message such that it is not broadcast on the wireless network cell or suppress handover of the user equipment to the target wireless network cell respectively.

Abstract: A wireless network controller and method for controlling the performance of a requested network service for a user equipment within a wireless network. The wireless network controller is configured to compare an access permission of the user equipment to an access condition of a wireless network cell associated with the requested network service, and if the access permission of the user equipment does not comply with the access condition of the wireless network cell associated with the requested network service, suppress the requested network service such that the network service is not performed.

Abstract: A telecommunications network including: a mobile device (10); a home network (12) with which the mobile device (10) user has a subscription including content preferences, the home network (12) including a content preference store (94) for storing the content preferences, a policy provisioning server (9) for indicating content preferences to mobile device (10) and home authenticating means (13) for performing authentication of the mobile device (10); and a further network (38) having at least one access point (11) with which the mobile device (10) can temporarily communicate and further authenticating means (42) for controlling registration of the mobile device (10) with the access point (11); wherein: the further authentication means (42) is operable to communicate with the home authentication means (12) to perform an authentication process for the mobile device (10) when the mobile device (10) connects to the access point (11), which authentication process accesses data from the content preference store (94)

Abstract: Controlling authentication of a device within a cellular network is provided. The authentication allows the device to access a non-cellular network via an access point and is between the device and an authenticating entity within the cellular network. Information is obtained about a state associated with the device. Based on the obtained information, it is evaluated whether to allow the device to perform authentication with the authenticating entity. This may be done at the device.

Abstract: The present disclosure relates to methods and apparatuses for radio access technology (RAT) management for user terminals with a connection on at least one RAT. There is disclosed a method for controlling a selection of a RAT for traffic flow of a user terminal comprising the steps of receiving information on a user plane of a serving RAT; using the received information to determine a characteristic indicative of an expected quality for a connection between the user terminal and a candidate cell of a candidate RAT; comparing the user terminal's connection quality on a serving cell of the serving RAT to the characteristic indicative of the expected quality for a connection between the user terminal and the candidate cell of the candidate RAT; and determining on the basis of the comparison whether the user terminal should change its traffic flow to the candidate cell of the candidate RAT or maintain its traffic flow on the serving cell of the serving RAT.

Abstract: A mobile telecommunications network includes a core and a radio access network having radio means for wireless communication with mobile terminals registered with the network, wherein the radio access network includes control means 700 operable to control the use of network resources by the mobile terminals. The control means processes control plane signalling.

Abstract: Authentication control for devices within a cellular network is provided. The authentication between a device and an authenticating entity within the cellular network allows the device to access a non-cellular network via one or more access points. Information is obtained about a load caused by the devices located within a cell or cell group performing authentication. If it is determined that the load requires to be controlled, the cellular network controls performance of the authentication by a set of the devices. An indication that performance of the authentication by a device must be controlled is received and performance of the authentication by the device is controlled based on the indication. An identity of a cell or group of cells providing coverage in an area where an access point is located is included within a field of a RADIUS or DIAMETER message, forwarded by the access point to an authenticating entity.

Abstract: Authentication control for devices within a cellular network is provided. The authentication between a device and an authenticating entity within the cellular network allows the device to access a non-cellular network via one or more access points. Information is obtained about a load caused by the devices located within a cell or cell group performing authentication. If it is determined that the load requires to be controlled, the cellular network controls performance of the authentication by a set of the devices. An indication that performance of the authentication by a device must be controlled is received and performance of the authentication by the device is controlled based on the indication. An identity of a cell or group of cells providing coverage in an area where an access point is located is included within a field of a RADIUS or DIAMETER message, forwarded by the access point to an authenticating entity.

Abstract: Facilitating authentication on communication between a mobile terminal and a server is achieved. The communication is made through a Serving GPRS Support Node (SGSN) of a network in which the mobile terminal is operating. A Home Public Land Mobile Network (PLMN) of the mobile terminal generates a ciphering key for encryption of packet-switched data between the mobile terminal and the server. As part of a message from a network entity in the Home PLMN to the SGSN in which the SGSN expects to receive the ciphering key, alternative data is communicated in place of the ciphering key. Secure communication between the mobile terminal and the server is performed by applying encryption using a ciphering key generated by a network entity in a Home PLMN of the mobile terminal in messages between the mobile terminal and the server.

Abstract: Communicating between a mobile terminal and a Gateway GPRS Support Node (GGSN) in a Home Public Land Mobile Network (HPLMN) of the mobile terminal. An authentication and key agreement push message is communicated from the GGSN to the mobile terminal. This communicating is via a control plane channel and/or the authentication and key agreement push message is generated at the GGSN.

Abstract: Communication between a mobile terminal operating in a cellular network and a server is provided. Communication between the mobile terminal and the server is routed through a Serving GPRS Support Node (SGSN) of the cellular network in which the mobile terminal is operating. Cryptographic integrity check information is communicated in data link layer messages between the mobile terminal and the SGSN.

Abstract: A mobile telecommunications network includes a core network and a radio access network. The radio access network has a network node that wirelessly communicates with a mobile terminal registered with the radio access network. The radio access network includes a controller that controls the use of network resources by the mobile terminal and processes control plane signaling. The controller includes an applicator that receives policy information and/or routing information from the core network and provides instructions to the network node to act in accordance with the received information. The network node includes an enforcer that enforces the instructions received from the controller so as to control whether the terminal uplink user plane traffic and control plane signalling messages are passed to the core network, routed to the controller, or duplicated and provided to both the core network and the controller.

Abstract: A telecommunications network including: a mobile device (10); a home network (12) with which the mobile device (10) user has a subscription including content preferences, the home network (12) including a content preference store (94) for storing the content preferences, a policy provisioning server (9) for indicating content preferences to mobile device (10) and home authenticating means (13) for performing authentication of the mobile device (10); and a further network (38) having at least one access point (11) with which the mobile device (10) can temporarily communicate and further authenticating means (42) for controlling registration of the mobile device (10) with the access point (11); wherein: the further authentication means (42) is operable to communicate with the home authentication means (12) to perform an authentication process for the mobile device (10) when the mobile device (10) connects to the access point (11), which authentication process accesses data from the content preference store (94)

Abstract: In Wireless Local Area Network, WLAN, systems, an access point supports access using one or more frequency bands. A WLAN device transmits a query to a WLAN access point prior to association of the WLAN device with the WLAN access point, requesting an indication of one or more frequency bands used by the WLAN access point to support access. The WLAN access point receives the query from the wireless device using one of the one or more frequency bands and transmits to the wireless device an indication of the one or more frequency bands in response. A relative priority of frequency bands may be provided in order to guide the WLAN device in choosing a preferred frequency band.

Abstract: Controlling authentication of a device within a cellular network is provided. The authentication allows the device to access a non-cellular network via an access point and is between the device and an authenticating entity within the cellular network. Information is obtained about a state associated with the device. Based on the obtained information, it is evaluated whether to allow the device to perform authentication with the authenticating entity. This may be done at the device.

Abstract: A mobile telecommunications network includes a core and a radio access network having radio means for wireless communication with mobile terminals registered with the network, wherein the radio access network includes control means 700 operable to control the use of network resources by the mobile terminals. The control means processes control plane signalling.

Abstract: In Wireless Local Area Network, WLAN, systems, an access point supports access using one or more frequency bands. A WLAN device transmits a query to a WLAN access point prior to association of the WLAN device with the WLAN access point, requesting an indication of one or more frequency bands used by the WLAN access point to support access. The WLAN access point receives the query from the wireless device using one of the one or more frequency bands and transmits to the wireless device an indication of the one or more frequency bands in response. A relative priority of frequency bands may be provided in order to guide the WLAN device in choosing a preferred frequency band.

Abstract: A method for a mobile terminal for a cellular mobile radio network, comprising the following steps: receiving at least one system information block (SIB) via a signaling channel, extracting at least one piece of information from the received system information block(s) (SIB) for controlling at least one application of the mobile terminal from the received system, decoding the extracted information and activating the at least one application according to the decoded information. A method for controlling applications operated by the mobile terminals is also disclosed. The network is composed of radio cells. A transceiver station forms at least one radio cell and sends a system information block via a signaling channel. The SIB comprises a pre-determinable piece of information for controlling behavior of a mobile terminal application. The invention also comprises a mobile terminal and transceiver station useful in the disclosed methods.

Abstract: A method for performing Circuit Switched Fallback of a radio access terminal in a multi-RAT network environment comprised of a packet switched network and one or more circuit switched networks, each of said networks including a plurality of cells and the radio access terminal camping on a serving cell in the packet switched cellular network, the method comprising; receiving a service indication for a circuit switched service; transmitting to the radio access terminal a message to release the radio connection in the packed switched network; wherein the message to release the radio connection from the packet switched network comprises: data identifying one or more carrier frequencies associated with one or more of the circuit switched cellular networks; and system information data of a plurality of cells associated with one or more of the circuit switched cellular networks to the radio access terminal; releasing the radio access terminal from the packet switched cellular network; and in the radio access termina