Abstract: The present disclosure relates to the management of the winnings of multiplayer digital lottery games of gambling and of chance. In a first phase, a player participates in one or more elementary digital games of chance, at least one of which is multiplayer, all the games having a return to player of one hundred percent (full payout). Next, in a second phase, the player participates in a single-player elementary game of chance, which has a return to player less than one hundred percent. This return to player less than one hundred percent represents the return to player of the games of the first phase that the gaming operator could have applied.

Abstract: A method for executing a game implemented by a computer server including performing a plurality of successive instant draws during a game session and calculating winnings at the end of the game session based on the results of the successive instant draws done during the game session is provided. The performance of the successive draws includes initiating a preceding instant draw, saving a result of the preceding instant draw, commanding a display of data based on the result of the preceding instant draw, detecting an action by a player in response to the display of the data, triggering a subsequent instant draw after detecting the action by the player and commanding the display of subsequent data. The subsequent instant draw depends on the preceding instant draw or the action by the player and the subsequent data depends on the subsequent instant draw or the action by the player. A computer program product and computer readable medium are also provided.

Abstract: Providing an indication whether a source radio network controller requests to receive system information from a handover target. Receiving the system information in a target to source transparent container, if the indication requests to receive the system information, and not receiving the system information in the target to source transparent container without the indication requesting to receive system information.

Abstract: A method for executing a game implemented by a computer server including performing a plurality of successive instant draws during a game session and calculating winnings at the end of the game session based on the results of the successive instant draws done during the game session is provided. The performance of the successive draws includes initiating a preceding instant draw, saving a result of the preceding instant draw, commanding a display of data based on the result of the preceding instant draw, detecting an action by a player in response to the display of the data, triggering a subsequent instant draw after detecting the action by the player and commanding the display of subsequent data. The subsequent instant draw depends on the preceding instant draw or the action by the player and the subsequent data depends on the subsequent instant draw or the action by the player. A computer program product and computer readable medium are also provided.

Abstract: A game system is provided. The game system includes a computer server able to implement at least one instant draw game, the computer server being configured to perform several successive instant draws and to calculate winnings of the player at the end based on the results of the successive instant draws. The computer server is configured to command the display of data based on the result of a preceding instant draw, to detect an action by the player in response to the display of the data, to trigger an instant draw following the detection of an action by the player, and to command the display of subsequent data. The subsequent instant draw depends on the preceding instant draw and/or the action by the player, and the subsequent data depends on the following instant draw and/or the action by the player. A method for executing a game is also provided.

Abstract: The game system comprising a game ticket to be purchased by a player, the game ticket being assigned a winning first game result of a first game, the game ticket enabling the player to play to at least one second game as a function of the first game result, the first game result affecting the final prize expectancy to the second game.

Abstract: A game system is provided. The game system includes a computer server able to implement at least one instant draw game, the computer server being configured to perform several successive instant draws and to calculate winnings of the player at the end based on the results of the successive instant draws. The computer server is configured to command the display of data based on the result of a preceding instant draw, to detect an action by the player in response to the display of the data, to trigger an instant draw following the detection of an action by the player, and to command the display of subsequent data. The subsequent instant draw depends on the preceding instant draw and/or the action by the player, and the subsequent data depends on the following instant draw and/or the action by the player. A method for executing a game is also provided.

Abstract: A method, mobile device, network device, system, and software product are presented for providing an indication whether a source radio network controller requests to receive system information from a handover target, and for receiving the system information in a target to source transparent container, if the indication requests to receive the system information.

Abstract: A method, mobile device, network device, system, and software product are presented for providing an indication whether a source radio network controller requests to receive system information from a handover target, and for receiving the system information in a target to source transparent container, if the indication requests to receive the system information.

Abstract: A method, mobile device, network device, system, and software product are presented for providing an indication whether a source radio network controller requests to receive system information from a handover target, and for receiving the system information in a target to source transparent container, if the indication requests to receive the system information.

Abstract: The disclosure relates to transfer of a user equipment from a network to another network. In the method a user equipment communicating with a first network is transferred from the first network to a second network providing resources to a plurality of operators. After initiation of the transfer, an operator is selected for the user equipment amongst the plurality of operators. A controller of the second network is then provided with information regarding the identity of the selected operator, and the user equipment is transferred to the second network. Information regarding the identity of the selected operator is also sent to the user equipment.

Abstract: A communication system can include an access network, a core network, and user equipment for connection to the core network through the access network. The access network can be configured to receive a request for network access from the user equipment, to receive network access information from the core network, to selectively control access to the core network for the user equipment in dependence on the network information, to identify a request for an emergency call, and to disable the selective control of access to the core network responsive to identification of an emergency call.

Abstract: A method, mobile device, network device, system, and software product are presented for providing an indication whether a source radio network controller requests to receive system information from a handover target, and for receiving the system information in a target to source transparent container, if the indication requests to receive the system information.

Abstract: The disclosure relates to transfer of a user equipment from a network to another network. In the method a user equipment communicating with a first network is transferred from the first network to a second network providing resources to a plurality of operators. After initiation of the transfer, an operator is selected for the user equipment amongst the plurality of operators. A controller of the second network is then provided with information regarding the identity of the selected operator, and the user equipment is transferred to the second network. Information regarding the identity of the selected operator is also sent to the user equipment.

Abstract: A method for use by a wireless communication network (18) in responding to a request (b) originating from a requester (19) for an estimate of the position of a mobile terminal (11)—the request provided via an LCS server (16a)—along with a requested accuracy, the method including a step in which a controller (12b) of the radio access network (12) by which the mobile terminal (11) is coupled to the cellular network (18) provides a response (h) to the request including not only the position/location estimate but also either the accuracy of the estimate in a form directly useable by the LCS server (e.g. in same form as the requested accuracy), or an accuracy fulfillment indicator, i.e. an indication of whether the accuracy of the estimate is at least as good as the requested accuracy.

Abstract: The present invention relates to a mobile telecommunication terminal (1) comprising display means (6), loudspeaker and microphone means and means for communication with other mobile or non-mobile communication terminals over a first connection supporting communication of speech. Said mobile telecommunication terminal (1) further supports transmission to, and representation of, proprietary customized visual/graphical data information 1AO, e.g. avatars, on other communication terminals (2), as well as representation on the display means (6) of such customized visual/graphical information from said other communication terminal(s) (2).

Abstract: A method for use by a wireless communication network (18) in responding to a request (b) originating from a requester (19) for an estimate of the position of a mobile terminal (11)—the request provided via an LCS server (16a)—along with a requested accuracy, the method including a step in which a controller (12b) of the radio access network (12) by which the mobile terminal (11) is coupled to the cellular network (18) provides a response (h) to the request including not only the position/location estimate but also either the accuracy of the estimate in a form directly useable by the LCS server (e.g. in same form as the requested accuracy), or an accuracy fulfillment indicator, i.e. an indication of whether the accuracy of the estimate is at least as good as the requested accuracy.

Abstract: A communication system comprising an access network, a core network, and a user equipment for connection to the core network through the access network is disclosed. The access network comprises means for receiving a request for a network access from the user equipment. The access network also comprises means for receiving network access information from the core network. The access network also comprises means for selectively controlling access to the core network for the UE in dependence on the network access information. The access network also comprises means for identifying a request for an emergency call. The access network also comprises means for disabling the means for selectively controlling access to the network responsive to identification of an emergency call.

Abstract: The invention describes a method, system and network nodes for transferring already started process information to a target radio access network node during a relocation procedure. Currently ongoing RANAP processes (location reporting and trace) are currently lost in the UTRAN at a successful SRNS Relocation. If they shall continue also after the relocation has been performed, their initiating RANAP procedures shall thus be reinitiated from the core network towards the target RNC after the Relocation Resource Allocation procedure has been successfully executed. In the invention the context of the two ongoing RANAP processes is transferred to the target RNC during SRNS relocation via existing RNSAP and RANAP messages. This will allow relocating of the processes on the target side without the extra Iu signaling to reinitiate them.