Abstract: A method for distributing incoming telephone calls among inbound links of a service platform is provided. First information is accumulated regarding routing of the incoming telephone calls during a previous time period to the inbound links of the service platform by a network call processor. Second information including a number of the inbound links of the service platform allocated to the network call processor for a future time period is generated based on the first information. A number of the incoming telephone calls are routed to the inbound links of the service platform during the future time period based on the second information.

Abstract: A telephone system architecture enabling various components of a telephone system to be distributed geographically yet operates as a seamlessly integrated system. A signaling gateway interfaces to the PSTN and through an SS7 interface. The signaling gateway includes a telephony protocol server. At least one other component of the telephone system includes a telephony protocol client. The telephony protocol client and telephony protocol server communicate over an Internet Protocol (IP) network. The telephony protocol server provides access to the PSTN to the component having the telephony protocol client. Any functions in the various components that require an SS7 interface to the PSTN are simply handled through the signaling gateway by the telephony protocol server.

Abstract: A system for causing the simultaneous, or near simultaneous, receipt by multiple pre-identified communication termination endpoints of electronic messages sent at times respectively delayed relative to one another and inviting each of the communication termination endpoints to join a communication session. The system receives identification of associated communication termination endpoints that are to receive, at substantially the same time, electronic messages to join a communication session. The system determines and stores send time delays for each such communication termination endpoint that are calculated by a respectively appropriate method.

Abstract: Methods, systems, and computer program products for communicating CNAM services for SIP originated calls terminating in a circuit switched network is described. In one embodiment, the method includes, at a SIP-SS7 gateway, receiving a SIP call setup message that includes a SIP calling subscriber identifier information, associating a temporary telephone number with the SIP calling subscriber identifier information, generating an SS7 call setup message associated with the SIP call setup message, wherein the SS7 call setup message includes the temporary telephone number, and communicating the temporary telephone number and SIP calling subscriber identifier information to a calling name interworking function (CIF) module.

Abstract: A first call is received at a reserved address and is forwarded based on the reserved address. A second call is placed to a designated address, and a message is played to the designated address.

Abstract: A method and system for facilitating HLR access includes receiving a query request from a query entity, processing the query request to yield an SS7 request message, dispatching the SS7 request message to a HLR, receiving an SS7 response message from the HLR, constructing a query response, and returning the query response to the query entity.

Abstract: Methods, systems, and computer program products for providing a quality of service (QoS) using E.164 number mapping (ENUM) data in a communications network. According to one method, a query message including an E.164 number can be received. Next, at least one uniform resource identifier (URI) associated with the E.164 number can be located. Afterwards, QoS data corresponding to the at least one URI is subsequently obtained. Further, the query message can be responded to with the URI and the corresponding QoS data.

Abstract: The present invention relates to a method in a communication network for connecting at least one application server (AS) (213) of an internet protocol multimedia subsystem (IMS) (200) to an intelligent network (IN) (100) through an interface unit (301). The IMS (200) comprises a call server control function (CSCF) unit (205) connected to the at least one AS (213) arranged for processing call signaling. In the method the interface unit (301) directs the call signaling to the at least one AS (213) through the CSCF unit (205) and the at least one AS (213) processes the call signaling and sends the processed call signaling through the CSCF unit (205) back to the interface unit (301). Based on the information received in the call signaling processed by the at least one AS (213), the interface unit (301) then directs the call to a destination.

Abstract: The invention relates to method of executing a service in a Media Gateway Control Function (12) for establishing a call between a calling party's terminal (8) served by a Mobile Switching Center (2), and an IP Multimedia Subsystem Service (20). The Media Gateway Control Function (12) is arranged to query a Service Control Point (10) on which an overlay process is loaded. The correct SCP (10) is identified by the MGCF (12) using a correlation identifier originally published by the SCP itself after having received an IN service trigger from an MSC or GMSC. The MGCF will receive call related data from the SCP, such as the original dialled number. This data is used by the MGCF to populate information elements in a SIP Invite message. The invention gives a solution for providing GSM specific information, e.g. dialled number, location information, to an IMS service. This information may not be available to the IMS service through present methods.

Abstract: Methods, systems, and computer readable media for early media connection proxying are disclosed. According to one method, a call setup signaling message is received for establishing a call between a calling entity and a called entity. Based on at least one parameter in the call setup signaling message, it is determined whether an early media connection is required for the call. It is also determined whether early media connection proxying is required for the call. In response to determining that an early media connection and early media connection proxying are required for the call, signaling is performed on behalf of a network entity to establish an early media connection for the call.

Abstract: The present invention provides a method and system for implementing feature interactions between an AIN-based service and a switch-based call-forwarding service. In the present invention, the switch-based call-forwarding generates an Off-Hook Delay (OHD) trigger. In response, the SSP suspends call processing and sends the forward-to number to the SCP. Based upon the SCP's determination of whether the forward-to number is for voicemail and other criteria such as time of day, day of the week, etc, the SCP determines whether the switch-based call-forward should be permitted or inhibited.

Abstract: The present invention discloses a corporation switchboard platform and a call processing method. The corporation switchboard platform comprises a corporation switchboard service control point, a corporation switchboard service switching point and an intelligent peripheral, wherein the corporation switchboard service control point comprises: a basic call processing module for determining whether the capability of an existing network switching device can support a call triggered by a service switching point of a switching network and sending the call to an enhanced service capability module when determining that the capability of the existing network switching device cannot support the call; and an enhanced service capability module for controlling the intelligent peripheral and the corporation switchboard service switching point to complete a service related to the call.

Abstract: In accordance with an improved call routing methodology, a call is routed within a communication network by reference to one or more databases. In response to receiving a local number portability request at a service control point (SCP), the SCP accesses one or more databases to determine whether or not to apply custom call routing to a call directed to a called telecommunications number. In response to determining to apply custom call routing to the call, the SCP performs at least a second access to the one or more databases to obtain a local routing number (LRN) associated within the one or more databases with a calling telecommunications number associated with the call. The SCP thereafter provides the LRN to a service switch point in the communication network so that the call is routed to a called station associated with the called telecommunications number.

Abstract: A method of operating a communication network comprises receiving a call setup request from a calling party in a calling network to a called party in the communication network wherein the call requires an early media service provided by a service network to the called party, forwarding the call setup request to the service network wherein the service network returns a first call setup response in response to the call setup request, and generating a second call setup response and transmitting the second call setup response to the calling network wherein the calling network generates and transmits a call setup instruction to the calling party in response to the second call setup request.

Abstract: In one aspect, a network-centric processing (NCP) system includes sensors configured to monitor activities associated with testing of an asset, a first system configured to provide the testing on the asset, a second system configured to provide training of personnel using the asset, a third system configured to record problems associated with the testing and the training of the asset as input for an acquisition process and a network connected to the first system, the second system, the third system and the sensors.

Abstract: A system includes at least one service switching device in communication with a first calling device and a second calling device. The system further includes at least one service control point in communication with the at least one service switching device and is configured to route incoming and outgoing calls between the first and the second calling devices, wherein the service control point is configured to collect and save biometric keystrokes from a calling party to identify the calling party to a called party.

Abstract: A service control component of an apparatus in one example provides to one or more telephony devices of a plurality of telephony devices on a call, one or more services associated with one or more numbers associated with the one or more telephony devices on the call through employment of one or more data streams associated with the call.

Abstract: A session controller configured to be coupled to a database and configured to receive an indication associated with an ingress call is disclosed. The session controller is further configured to query the database for an ingress-call peer associated with the ingress call, and to query the database for a dynamic-peer-definition template associated with the ingress call when the ingress-call peer is not identified upon query of the database. The session controller is further configured to reject the ingress call when the dynamic-peer-definition template is not identified upon query of the database.

Abstract: In a wireless data communication network, a mobile terminal is reconnected to a contents provider, when a connection established between the mobile terminal and the contents provider is interrupted or after a completion of the downloading of contents, by using return address information and contents address information including addresses of the contents provider and a web page including information relating to the downloaded contents, respectively. A WML (wireless markup language) script including the contents address information and the return address information is provided to the mobile terminal before initiating the downloading of the contents. In this way, the mobile terminal can easily be reconnected to the contents provider when the connection established between the mobile terminal and the contents provider is interrupted due to network congestion or the mobile terminal leaving the service coverage area.

Abstract: A distributed VoIP system includes a first switch coupled to a network and configured to provide voicemail features to a first group of one or more users. The system also includes a voicemail server coupled to the network. The voicemail server is configured to provide voicemail features to a second group of one or more users. The first switch is configured to store voicemail data associated with only the first group, and the voicemail server is configured to store voicemail data associated with both the first and second groups.

Abstract: The subject matter disclosed herein includes methods, systems, and computer program products for selecting among different global title translation modes based on a message originator and performing global title translation based on the selected mode. According to one method, a global title translation mode is selected based on a message originator. A global title translation lookup is performed in accordance with the selected mode. If the global title translation according to the selected mode fails, a lookup may be performed according to at least one additional mode in a global title translation mode hierarchy.

Abstract: Systems and methods are presented for a user-initiated process by which a voice mail retrieval number and/or voice mail deposit number can be reset without requiring the assistance of network customer support staff. In an exemplary embodiment, a voice mail retrieval number reset request can be in the form of a MAP-USSD message which, when received by a voice mail reset system results in the storage of the voice mail retrieval number at the communication device by over-the-air programming techniques. Likewise, a voice mail deposit number reset request can be in the form of a MAP-USSD message. The voice mail deposit number can be reset at an HLR by an ATM operation or a MAP-USSD message. In a further embodiment, the VMDN can be reset by sending an FSM message to the communication device.

Abstract: The present invention relates to a call protecting method for the coloring ring back tones in an intelligent network, wherein said intelligent network includes an intelligent network service control point (SCP), a service switch point (SSP) and an intelligent peripheral (IP). The method includes the following steps: an IP-state detecting module is added to the IP for detecting whether the IP is available; the IP-state detecting module sends a state-query request to the IP for checking whether the IP is available; if the IP returns a result of availability, the SCP will direct the SSP to connect the call to the IP; if IP returns a result of unavailability, or returns no IP-state detecting result on time, then the SCP will direct the SSP to connect to the called directly rather than to the IP.

Abstract: A system for automatically verifying an incoming telephone number. In response to detecting an incoming communication, a determination is made as to whether a telephone number associated with the incoming communication matches one of a plurality of telephone numbers in a storage unit. In response to determining that the telephone number associated with the incoming communication does not match one of the plurality of telephone numbers in the storage unit, telephone number verification rules are applied to determine whether to continue with the incoming communication. In response to a determination not to continue with the incoming communication based on the telephone number verification rules, an alert is provided.

Abstract: A method for location-based communicating includes defining a first service area and a second service area for a service provider. The method also includes associating, at a memory apparatus accessible to a networked data processing apparatus, the first service area with multiple addresses within the first service area and the second service area with multiple addresses within the second service area.

Abstract: A call processing system for handling a call comprising a signaling interface configured to receive an initial address message wherein the initial address message identifies a calling party number, a processing system configured to process the calling party number to determine if the calling party number is in a first format accepted by a routing system and modify the initial address message if the calling party number is in a second format not accepted by the routing system, and the signaling interface further configured to transmit the modified initial address message to the routing system.

Abstract: The invention concerns a network element (4) for a telecommunication network (1) and a method of mapping address information according to a network numbering plan of the telecommunication network (1) to service access codes or network element addresses. The network element (4) receives address information according to the network numbering plan of the telecommunication network (1) and extracts a search key from the received address information. It provides a memory (42) with a data structure for representing, retrieving and modifying translation information mapping address information according to the network numbering plan to service access codes or network element addresses. The data structure has a tree structure with nodes and leaves operatively chained together wherein at least one of the nodes holds information nominating which part of the search key will be used to determine the branching of the respective node.

Abstract: The present invention enables the CCE to store intelligence about the services the subscribers use as companion data to the IP route to reach the desired user. The present invention introduces a service indicator to allow the CCE to distinguish whether a call requires advanced application processing. If no advanced application processing is needed, the CCE uses its companion data of IP route to setup a call without communicating with an application server. This would enable the CCE to direct calls to advance application servers only when subscribers required advanced application processing, thereby reducing the overall processing time required to setup a call to avoid the problem of signaling timers expiring unnecessarily.

Abstract: A method of providing ringback in a telecommunications network (100) includes: receiving a call at a service switching point (114) for a called party (112) served by the service switching point (114), the call being from a calling party (122); encountering a trigger detection point (116) while engaging in a call setup for the call, the trigger detection point (116) being provisioned for the called party (112) at the service switching point (114); in response to encountering the trigger detection point (116), extending a first leg of the call to a service node (130) that provides ringback to the calling party (122); setting-up a second leg of the call between the service node (130) and the called party (112); bridging together the first and second legs of the call at the service switching point (114); and, removing the service node (130) from participation in the call after the first and second legs have been bridged together at the service switching point (114).

Abstract: A call processing method is disclosed. A first station initiates a call to a second station. Call information associated with the initiated call is evaluated by comparing the call information with information in a fraud database. Completion of the call is prevented if the evaluation results in a finding of fraud. If the evaluation results in no finding of fraud, the call is completed to the second station via a routing path obtained from a routing database. If the call being completed is deemed to be a call of interest, the routing path obtained from the routing database for completing the call is stored.

Abstract: Methods, systems, and computer program products for routing query messages associated with prepaid subscribers in a number portability environment are disclosed. One method may include sending a registration message to an HLR. At the HLR, the ID or address of an STP is inserted as the prepaid SCP ID in a registration response message. The registration response message is sent to the MSC/VLR that originated the registration message. This action forces the VLR to send prepaid query messages to the STP, rather than to the prepaid SCP. When the STP receives a query message relating to call originating from the prepaid subscriber, the STP performs a number portability database lookup and determines the routing number corresponding to the called subscriber and the prepaid SCP corresponding to the calling subscriber. The STP then routes the query message to the appropriate prepaid SCP.

Abstract: A communication system is described that comprises a switching system, an SCP, and a customer premises. The customer premises includes a remote processor and a plurality of terminating devices. When in operation, the switching system receives a call. Because of the type of call, the switching system queries the SCP for routing information on where to route the call, and the SCP queries the remote processor in the customer premises. The remote processor processes the query to determine routing information to route the call to a terminating device in the customer premises. The remote processor generates a code that includes the routing information and transmits the code to the SCP. The SCP processes the code to identify the routing information determined by the remote processor. The SCP then transmits the routing information to the switching system to cause the switching system to route the call to the terminating device.

Abstract: A method of ensuring call processing for an intelligent user, including: upon receiving a call, judging, by a first Service Switching Point (SSP), whether traffic between the first SSP and a Service Control Point (SCP) is abnormal; if the traffic is abnormal, turning off, by the first SSP, intelligent triggers located in itself and related to the call, and performing an ordinary call connection; otherwise, performing an intelligent call connection, and terminating the process. In the embodiments of the present invention, normal communications can be ensured between intelligent users, even if the traffic between the SSP and the SCP is abnormal.

Abstract: A method for determining the name of a calling party where the calling party's name and corresponding telephone number are found in a remote database. The method first identifies whether the calling party's telephone number is contained within the local database. When it is determined that the telephone number is not within the local database, the method attempts to locate the telephone number in a remote database. A query is formed according to a basic signal transmission protocol to ensure that a database which receives the query will be able to respond to it. The query requesting the name associated with the telephone number is sent across a network. The method receives a response to the inquiry and checks to ensure that a name was returned to the local database before delivering the name to the called party.

Abstract: A call-handling system and its method of operation are disclosed. The call-handling system comprises a communication system and a call center. The communication system receives a call, and in response, transfers a query. The call center receives and processes the query to select a packet address of a call center resource at the call center. The call center transfers a response indicating the selected packet address of the call center resource. The communication system receives the response indicating the selected packet address of the call center resource and transfers the call to the call center in voice packets having the selected packet address of the call center resource. The call center receives the voice packets having the selected packet address of the call center resource and routes the voice packets to the call center resource based on the selected packet address.

Abstract: A method for location-based communicating includes defining a first service area and a second service area for a service provider. The method also includes associating, at a memory apparatus accessible to a networked data processing apparatus, the first service area with multiple locations within the first service area and the second service area with multiple locations within the second service area.

Abstract: The present invention relates to a method and a network element in a telecommunications system. The telecommunications system comprises at least two telecommunications networks and means for providing number portability service between the networks and also supplementary telecommunications services. The method comprises the steps of initiating a set-up procedure for communications between two stations, sending an enquiry to the number portability service, determining if the called station is a ported station, and informing the supplementary telecommunications service of the results of said determination before initiating an use of said supplementary telecommunications service.

Abstract: A method and apparatus for controlling end-to-end media on packet networks such as Voice over Internet Protocol (VoIP) and Service over Internet Protocol (SoIP) networks are disclosed. The present method provides an algorithm to be run by channel terminations such that the media channel is controlled by compositional actions. For example, the servers that terminate the media channel are able to respond on behalf of an endpoint in order to effect the appropriate compositional action. The present method also enables each direction of a bi-directional media channel to be controlled independent of the media channel in the opposite direction.

Abstract: A first electronic device engages in a voice communication with another electronic device. The voice communication is associated with data stored by the first electronic device. In some instances, the data is generated the first electronic device or received by the first electronic device from the second electronic device in response to, or as a consequence of the voice of the voice communication. During the voice communication, or sometime after the voice communication is terminated, the first electronic device determines that the data is associated with the voice communication. The data is then made available to an application program, so that the data can be associated with other data. Thus, a human user of the first electronic device is relieved of identifying data within a context, and relieved of the task associating the data with other data.

Abstract: Communications are routed in a communications network based on a location of a requesting party. A communication from the requesting party is received. A location of the requesting party is determined using a geographic address which defines the smallest of two of a set of multiple geographic areas defined by multiple available geographic addresses for the location of the requesting party. A communications destination address for the communication is selected, from multiple possible communications destination addresses, based on the location of the requesting party. The communication is forwarded to the selected communications destination address.

Abstract: A method of AIN query redirection is performed by a first SCP in a telecommunication network. The first SCP receives a query from an originating SSP and determines that a second SCP should service the query. The query is then populated with information from the originating SSP as well as appropriate routing information to send the query to a second SCP where a response is generated by the second SCP. The query response is sent back from the second SCP to the originating SSP without passing through the first SCP.

Abstract: The present invention relates to a method and system for establishing a connection to a terminal device, wherein a user capability information defining supported types of information streams is set in a compatibility information element within an outband signaling message, and a capability negotiation is performed by transmitting said outband signaling message via an outband control channel. The code or user capability information may be set at the terminal device or at an intermediate network element based on a subscriber profile information obtained from a subscriber database. Thereby, the user capability, such as a multimedia session composition, can be already negotiated or handled during the outband call setup phase, and a corresponding inband negotiation can be avoided.

Abstract: Embodiments of the present invention disclose a system and a method for processing a packet domain service signal, which enable a terminal that does not support an access control protocol of an Internet Protocol Multimedia Subsystem (IMS) to access the IMS and acquire the services in the IMS. An AGCF is added for shielding the differences of the users on the basis of the IMS defined in the 3GPP R5/R6 standard, specifically, a PSTN/ISDN user accesses an AGF first, accesses the IMS through an agent function of the AGCF, and the AGCF also manages and controls the AGF. Control of the PSTN/ISDN services may be implemented in the AGCF, or in an AS added to the IMS, or the control of basic services and supplementary services may be implemented in the AGCF while the control of value-added services may be implemented in the AS.

Abstract: A method for implementing a ring back tone, including: receiving, by a first Service Control Point, an intelligent service request triggered by a Service Switching Point, based on a call of a calling party; obtaining personal ring back tone information of a called party and/or group ring back tone information of a group which the called party belongs to; acquiring first ring back tone information according to the personal ring back tone information and/or the group ring back tone information delivering a connect message containing the first ring back tone information to the Service Switching Point the connect message being used to instruct the Service Switching Point to connect the call to an Advanced Intelligent Peripheral for playing the ring back tone to the calling party according to the first ring back tone information.

Abstract: A system for interacting with voice extensible markup language application content includes a content source node connected to a network for rendering availability of voice extensible markup language content and code; a communication device connected to the network for acquiring at least the code rendered available; and a software interface running on the communication device for determining local existence of at least the code acquired and initializing execution of found code. Upon code execution, the content may be played on the communication device without a persistent network connection to the enterprise hosting the content.

Abstract: A method for protecting incoming calls in coloring ring back tone service, wherein comprising: the service switching point device sends a message for triggering intelligent networks service to the service control point device; the service control point device instructs the service switching point device to connect the call to the intelligent peripheral; the service control point device reports the connect result and reason to the service control point device; the service control point device analyzes the connect result as well as its reason, if there is a need to protect the call, the service control point device will instruct the service switching point device to connect the called number directly; again, the service switching point device sends a message for triggering intelligent network service to the service control point device; the service control point device sends down the continue message, and the service switching point device will connect the called number.

Abstract: The present invention discloses a communications network system including more than one type of communications network and a centralized subscriber database connected with the more than one type of communications network. The centralized subscriber database is able to process calls accessed via a communications network based on the subscriber data and send back the processing result of the calls to the communications network, which will re-route the calls based on the processing result thereof. Based on the above communications network system, this invention also discloses methods for flexible number plan, various simple services, smooth transfer of PHS subscribers to a 3G network, and short message communications based on flexible number plan.

Abstract: The present invention enables users of a network service to register with the network as valued shoppers, thereby allowing them to receive specialized treatment when calling registered retailers. The present invention enables retailers to register with the network, thereby allowing them to set preferred service logic for handling valued customer calls by the network.

Abstract: A telecommunication switch for operating in a CS-2 intelligent network architecture. The telecommunication switch comprises: 1) integrated service logic (ISL) objects that perform requested services; and 2) a service control function access manager object that receives a first service request and determines if one of the ISL objects can perform a first requested service associated with the first service request. The service control function access manager object, in response to a determination that none of the ISL objects is capable of performing the first requested service, transmits the first service request to a service control function object external to the telecommunication switch. The service control function access manager object, in response to a determination that a first one of the ISL objects is capable of performing the first requested service, causes the first ISL object to perform the first requested service.

Abstract: A system (20) for providing a caller identification with name service includes a destination service switching point (22) having a plurality of destination numbers (24). A switching control point (26) has a caller identification with name database (30) and a customer caller identification with name database (32). A signaling system seven link (28) connects the destination service switching point (22) to the switching control point (26).