Abstract: A route manager queries a new network element to identify egress routes coupled to the network element and to identify external nodes coupled to the egress routes. The route manager queries a database with identifiers for the external nodes to identify associated telephone numbers. For each telephone number associated with an external node, the route manager associates the telephone number with the egress routes coupled to the external node and with the new network element. The route manager receives a call request to one of the telephone numbers, and in response, selects the new network element and one of the egress routes associated with the telephone number.

Abstract: A method of operating a wireless modem is described. The method comprises identifying a first wireless modem to a computer system as locally attached mass storage, wherein the first wireless modem is removable from the computer system without opening a case of the computer system, registering the first wireless modem on a wireless network, receiving information from the wireless network about shared data, wherein the shared data is data that is shared with a second wireless modem, sending a storage request to the wireless network, and receiving data that is shared with the second wireless modem.

Abstract: First data is received from a network. The first data includes data stored by a mass storage device. The first data is sent to a first mobile communication device via a first wireless communication link. The first mobile communication device is enumerated by a first computer system as a first locally attached mass storage device. The first mobile communication device communicates the first data to the first computer system as data that was stored on the first locally attached mass storage device. The first data is sent to a second mobile communication device via a second wireless communication link. The second mobile communication device is enumerated by the second computer system as a second locally attached mass storage device. The second mobile communication device communicates the first data to the second computer system as data that was stored on the second locally attached mass storage device.

Abstract: A method is provided in a communication system for determining a relative position change of a wireless modem. The first location of the wireless modem is determined, and then the wireless modem reports the first location to a service node. A dead reckoning device within the wireless modem then determines a second location of the wireless modem. If the second location is greater than a predetermined distance from the first location, then the wireless modem reports the second location to the service node.

Abstract: In a telecommunication network, a switching system routes a call to a service platform. The service platform transfers a prompt message over the call, collects caller-entered information from a caller over the call in response to the prompt message, and transfers the caller-entered information to a call processing system. The call processing system transfers the caller-entered information to a destination processor, processes a destination routing code from the destination processor to determine a destination routing instruction, and transfers the destination routing instruction to the switching system. The switching system routes the call to a destination in response to the destination routing instruction.

Abstract: A first network element receives a call and transfers the telephone number. A route manager processes the number to select a second network element. The route manager transfers a query to the HLR to determine if the home MSC is serving the number. If the home MSC is serving the number, the route manager selects a first route from the second network element to the home MSC. If the home MSC is not serving the number, the route manager transfers a second query to the VLR to determine if the visiting MSC is serving the number. If the visiting MSC is serving the number, the route manager selects a second route from the second network element to the visiting MSC. The first network element routes the call to the second network element, and the second network element routes the call over the selected one of the first and second routes.

Abstract: A telecommunication network comprises a switching system configured to route a call to a service platform, the service platform configured to transfer a prompt message over the call, collect caller-entered information from a caller over the call in response to the prompt message, and transfer the caller-entered information to a call processing system in the telecommunication network, the call processing system configured to transfer the caller-entered information to a destination processor at a call center, process a destination routing code from the destination processor to determine a destination routing instruction, and transfer the destination routing instruction to the switching system, and the switching system further configured to route the call to a destination in response to the destination routing instruction.

Abstract: A route manager queries network elements to identify egress routes and external nodes coupled to the network elements. The route manager queries a database to identify telephone numbers associated with the external nodes. For each telephone number associated with an external node, the route manager associates the telephone number with the egress routes coupled to the external node and with the network elements coupled to the egress routes. On a call, the route manager selects one of the network elements and the egress routes associated with the telephone number.

Abstract: The present invention relates to a system and method for integrating telecommunications and cable networks for the purpose of providing telephone services to a cable host device over a cable network. The methods include registering a cable host device to receive telephone services, downloading telephone service software to a cable host device, cable host device sign on to the telephone services, associating a telephone with a cable host device, temporarily registering a cable host device, and activating and deactivating telephone services for a cable host device. Also described are systems for connecting telephone and cable networks to enable telephone services to be provided by cable host devices.

Abstract: A telecommunication call center handles a call from a telecommunication network. The call center comprises a call center processor and a call center destination system. The call center processor receives and processes a message from the telecommunication network for the call to select a route code and to select a key, wherein the route code and the key are separate from one another. The call center processor transfers the route code and the key to the telecommunication network. The call center processor transfers the key and call-handling information for the call to the destination system. The destination system receives the key and the call from the telecommunication network, and associates the call with the call-handling information based on the key.

Abstract: A system and method for redirecting incoming calls is disclosed. When the status of a wireless or mobile phone meets a predetermined condition or set of conditions, the LNP database is updated to redirect an incoming call to a phone number, such that the incoming call is redirected to the wireless or mobile phone.

Abstract: A method, system, and medium are provided for operating a computing device using an operating system (OS) installed on a mobile device, or operating the computing device using the OS installed on the mobile device and accessing the Internet through the mobile device. An OS is pre-installed on a mobile device. A computing device that is connected to the mobile device may initialize and operate the OS installed on the mobile device. In another embodiment, the computing device may operate the OS and access the Internet through the mobile device.

Abstract: A communication system that is configured to communicate with more than one call manager systems, the communication system comprising a routing system configured to receive signaling for a call wherein the signaling indicates a called number including an international country code, and process the international country code to transfer a first query including the international country code, and the communication system further comprising a call processing system configured to receive the first query, process the international country code to select one of the call manager systems from the more than one call manager systems, transfer a second query to the one call manager system, and process a response from the one call manager system to transfer a routing instruction for the call to the routing system.

Abstract: A communication session is established, via a wireless communication link, with a mobile communication device that is connected to a computer system. The mobile communication device is enumerated by the computer system as a locally attached mass storage device. An authentication executable file is sent to the mobile communication device. A response generated by the computer system executing the authentication executable file is received from the mobile communication device. Based on the response generated by the computer system executing the authentication executable file, access to a data file that is stored by a mass storage system via a network is granted.

Abstract: The present invention relates to a system and method for integrating telecommunications and cable networks for the purpose of providing text messages to a cable host device over a cable network. The method includes delivering a text message to a cable host device. The text message may comprise a caller identification message, a short message service (SMS) message or an alert message containing a news headline, stock quote or sports score. Also described is a system for connecting telephone and cable networks to enable text messages to be received by a cable host device.

Abstract: The invention helps solve problems with technology that detects international calls. When an international call is detected a database is queried. Dependent on the results of the database query, present conditions based up on criteria, the call is either routed using international routing or the call is routed using an internet protocol (IP) gateway.

Abstract: Computer-readable media, computerized methods, and a touchscreen device manipulating user-input elements are provided. Generally, manipulation includes identifying a predefined configuration associated with a request received from a user and/or application, deriving configuration settings from the predefined configuration, and transmitting the configuration settings to an electromechanical device that adjusts a portion of user-input elements to an extended orientation and activates a portion of user-input elements. In embodiments, the extended user-input elements positioned in the extended orientation are activated, while the remainder are set to an idle condition. Typically, the extended user-input elements produce outwardly-extending protrusions expressed at a flexible touchpad incorporated in the touchscreen device. These outwardly-extending protrusions may replicate keys of a standard keyboard and correspond with the presently-running application implemented on the touchscreen device.

Abstract: A communication system receives a call to a called number. The called number includes a destination number and a correlation code. The communication system routes the call to a destination based on the destination number but not based on the correlation code. The communication system transfers the correlation code to the destination with the call. The communication system receives a query from the destination indicating the correlation code. In response to the query, the communication system retrieves information from a database using the correlation code and transfers the information to the destination.

Abstract: An end-user communication device comprises a telephony interface, network interface, and control circuitry. The telephony interface exchanges telephony signals with a telephone connection to a telephone. The network interface exchanges Internet Protocol (IP) packets with an IP interface for an IP connection to a first service provider. The control circuitry interworks between the telephony signals and the IP packets. For a set of the IP packets being transferred to the IP interface, the control circuitry places a first IP address in the first set of the IP packets for use by the first service provider to route the first set of IP packets over a peer-to-peer IP connection to a second service provider and places packet telephony network addresses in the first set of the IP packets for use by a packet telephony network in the second service provider to provide telephony service.

Abstract: A communication system comprises a communication platform and a wireless service node. The communication platform receives first signaling for a call to a telephone number, and in response, transfers second signaling to alert a packet network appliance of the call, and the communication platform transfers third signaling. The wireless service node receives the third signaling, and in response, transfers fourth signaling to alert a wireless telephone of the call. The wireless telephone and the packet network appliance are simultaneously alerted of the call.