Abstract: A system for delivering to a wireless subscriber terminal multimedia content related to a spectator event comprises an event application server, a wireless network coupled to the event application server and a wireless subscriber terminal that interacts with the network. The event application server acquires, converts, and manages content related to a spectator event. The event application server (or its adjunct) also manages preferences and priorities established by subscribers for event-related content. When such content is available, the event application server reconciles available content with subscriber preferences and priorities to determine an optimal set of content to be delivered to the subscriber terminal, and requests that the wireless network establish a connection to the subscriber terminal for such content. Multiple streams of content, of various types of media, may be delivered simultaneously to the subscriber terminal.

Abstract: A system comprising an abbreviated digit constructor, an abbreviated digit analyzer and a calling line identification data store. The abbreviated digit constructor is communicatively coupled to the calling line identification data store and abbreviated digit analyzer, the abbreviated digit analyzer sends a set of abbreviated dialed digits to the abbreviated digit constructor and the abbreviated digit constructor constructs a set of unabbreviated dialed digits from the set of abbreviated dialed digits and a calling line identification retrieved from the calling line identification data store.

Abstract: An apparatus in one example has: a mobile terminal operatively coupled to a mobile switching center; a subscriber database operatively coupled to the mobile switching center; a first terminal operatively coupled to the mobile switching center; a voice mail system operatively coupled to the mobile switching center; and a voice mail functionality whereby a voice mail message is created from the first terminal, and whereby the first terminal is accessible from a mobile terminal at least during a period in which the voice mail message is being created.

Abstract: A method comprises the step of estimating a time period that remains for a cellular mobile communication device data transmission based on one or more determinations of status for one or more network resources that handle the cellular mobile communication device data transmission.

Abstract: An exemplary method provides Internet Protocol (IP) devices of passengers of an in-flight airplane with terrestrial Internet IP communications. One airplane in a group of in-flight airplanes functions as a ground link airplane with a direct communication link to a ground station. Each airplane in the group travels in a substantially linear direction. A daisy chain of communications between adjacent airplanes in the group supports inter-airplane IP communications for carrying IP information of the IP devices of the passengers. The ground link airplane collects the IP-based information of the IP devices of the passengers and relays this information to the ground station that is connected to the terrestrial Internet. A communication satellite is not utilized to support any of these communications.

Abstract: A method is provided for expanding the input and output capabilities of a mobile communications device. If a received signal should be immediately outputted, then a user of the mobile communications device selects an open interface output port for the received signal prior to receiving the signal. Upon reception, the received signal may be transmitted via the open-interface output port on the mobile communications device to an external device. If the received signal may be outputted at another time, then the user of the mobile communications device selects the open interface output port before or after receiving the signal. Upon reception, the signal may be stored as one or more files on the mobile communications device. At another time, the user may use the mobile communications device to transmit, via the open interface output port, a second signal having the one or more files to the external device.

Abstract: Caller ID information provided coincident to a Voice over IP (VoIP) call is validated by one or more network devices. An originating router detects an offered IP address associated with a calling party node, for example, upon receiving a SIP Invite message initiated by the calling party node. The originating router determines the validity of the offered IP address and hence determines the validity of the Caller ID information based on the validity of the offered IP address. The originating router sends indicia of the validity to a terminating router, connected to a called party node, by inserting a verification bit in the SIP Invite message and sending the transformed SIP Invite message to the terminating router. Alternatively, the terminating router may query the originating router for indicia of validity. Upon receiving the indicia of validity, the terminating router may notify the called party node and so inform the called party whether it can rely on the Caller ID information.

Abstract: A method in one example has the steps of: notifying a calling mobile terminal that a called mobile terminal is not available to receive a call; and notifying the called mobile terminal that an unsuccessful call attempt was made to the called mobile terminal via a mobile terminated short message when one of the following occurs, the called mobile terminal completes a current call and the called mobile terminal powers on.

Abstract: A real-time transmission of a video from a first mobile station to a second mobile station is performed through employment of a data path between the first mobile station and the second mobile station.

Abstract: One implementation encompasses an apparatus, which comprises: at least one sensor; at least one controllable element; and at least one server operatively coupled to the at least one sensor and to the at least one controllable element, the at least one server configured to receive input data from the at least one sensor, and the at least one server configured to control the at least one controllable element based on the input data received from the at least one sensor.

Abstract: An apparatus in one example has: a mobile switching center having a voice mail system, a subscriber database with voicemail information, and a greetings database; the greetings database having a plurality of lists, and at least one phone number in each of the lists; and the greetings database also having a plurality of recorded greetings, respective greetings in the plurality of recorded greetings being associated with respective lists in the plurality of lists.

Abstract: A method for providing geo-location enablement for a wireless device includes storing geo-location data in a storage device, the geo-location data including geo-location coordinates; referencing geo-location data for geo-location coordinates to corresponding wireless coverage area data, the wireless coverage area data for each geo-location coordinate including wireless coverage area coordinates, each wireless coordinate; representing a sub-area within a coverage area of a wireless network, each sub-area generally formed by an RF signaling range for a wireless access point; and referencing each wireless coordinate to corresponding signal strength data, the signal strength data for each wireless coordinate representing a signal strength value. Each signal strength value representing a signal strength parameter associated with the corresponding wireless coordinate. The wireless coverage area data and signal strength data being stored in the storage device.

Abstract: A method of controlling power consumption comprising defining a boundary region surrounding a power-consuming structure and obtaining geolocations for one or more mobile terminals over a telecommunications network. The method also comprises determining whether or not the one or more mobile terminals are located inside or outside of said boundary region and changing a power mode of the power-consuming structure. The power mode is changed to a low-power consumption mode when the geolocations of each of the mobile terminals are outside of the boundary region. Or, the power mode is changed to a high-power consumption mode when the geolocation of at least one of the mobile terminals is inside the boundary region.

Abstract: An apparatus in one example has: a telecommunication network operatively coupled to at least one mobile terminal; a handset data transfer module in the at least one mobile terminal; a mobile handset protection application server in the telecommunication network; and an emergency storage location operatively coupled to the mobile handset protection application server; wherein, if the mobile terminal is identified as being lost/stolen, the mobile handset protection application server communicates with the handset data transfer module to upload the handset data to the emergency storage location in the telecommunication network.

Abstract: A cross domain server is configured to receive calls to at least one predetermined phone number. The cross domain server is a member of a packet-switched network. The cross domain server receives a call setup message for a call from a subscriber outside of the packet-switched network. The cross domain server performs an action in the packet-switched network on behalf of the subscriber and based on the call. The call is disconnected.

Abstract: Embodiments of the method and system provide network support for automatic anti-virus protection by a telecommunication network for mobile terminals. The method may have the steps of: storing in the telecommunication network at least one anti-virus protection level for at least one mobile terminal; initiating, by the telecommunication network, a call setup for a call associated with the mobile terminal, the call having a data stream; using, by the communication network, the at least one anti-virus protection level to recognize a virus in the data stream intended for the mobile handset; and filtering, by the network, the recognized virus from the data stream before the data stream arrives at the mobile terminal. The system implements the method.

Abstract: A system and method of providing personalized broadcast transmissions Broadcasting-Party-Designated Recipients over a mobile telecommunications Radio Area Network is provided. The Broadcasting Party can send multimedia content for a personalized broadcast to an IMS Application Server in a SIP Message and broadcast the multimedia content to the mobile telecommunications terminals of the Broadcasting-Party-Designated Recipients. The personalized broadcast transmission can be generating using a plurality of unicast transmissions or a multicast transmission made to a multicast channel/address.

Abstract: A system and method are provided for provisioning network support to allow an authorized mobile subscriber to update message content of a remote signage system having variable content capabilities such as an electronic road sign or the like. The authorized subscriber does so by transmitting a text message, which is processed by the network and provided to the sign as content for display.

Abstract: Gateway systems and methods are disclosed for allowing for communication between a real world environment and a virtual world environment. A gateway system in one embodiment is implemented between the virtual world environment and the real world environment. For a session being initiated from a real world user to a virtual world user, the gateway system receives a signaling message from the real world user to initiate the session with the virtual world user, and processes the signaling message to identify a virtual world identifier assigned to the virtual world user. The gateway system converts the signaling message to a communication request message in a protocol used in the virtual world environment, and transmits the communication request message to the virtual world user to establish the session. When the session is established, the virtual world user and the real world user may communicate via voice and/or data.

Abstract: The present invention provides a method for sending a message to a calling phone when a called phone aborts an incoming call request. A mobile unit receives a call request from a calling phone. The communication network determines that the mobile unit has aborted the call request during ringing. For example, the mobile unit may abort the call request by pressing a predetermined key, such as the <END> key, on the mobile unit. The communication network alerts the calling phone that the mobile unit aborted the call request during ringing. The network can play a message to the calling phone that the mobile unit has aborted the call request during ringing, and the message can include additional information, such as the expected length of time that the mobile unit will be unavailable or other predetermined messages.