Abstract: A system and method performs rerouting of an incoming call to a telecommunication services subscriber to provide intelligent network services based on proprietary data about the subscriber's services. This proprietary data is within the control of the telecommunication service provider's equipment. Rerouting is performed without providing access to the proprietary data by other telecommunication service providers. Using such a system and method the subscriber's telecommunication provider can effectively provide intelligent network services without risking dissemination of that proprietary data.

Abstract: A telephone network wherein a subscriber data register (TND) is provided in an exchange (UAT, ZAT) for each subscriber (TN1, TN2) allocated thereto and an intelligent services controller (SCP) is allocated to the originating and/or destination office, whereby a coordinate register (GKR) that contains the geographical coordinates of the subscriber line is additionally provided in the exchange (UAT, ZAT) for each subscriber line (TN1, TN2), and the exchange is configured for fetching the coordinates of the calling or called subscriber from the coordinate register given every outgoing and/or arriving call and for making these coordinates together with the subscriber data and other call data available to an intelligent services controller (SCP) allocated to it and/or for forwarding these in the network for further employment by another exchange and an intelligent services controller allocated to it.

Abstract: A method and system for handling a call in a communications network that requires operator assistance. The system comprises a service control point, an operator server and a context server. The operator server dynamically selects an optimal operator center from a plurality of available operator centers for the call based on context information. The operator server then provides information on the selected operator center to the service control point, which generates call handling information for the call that causes the communications network to route the call to the selected one of the operator centers. The context server manages the context information for the call.

Abstract: The invention provides with a method for simplifying call control to a plurality of call models and development of an SSP. An SCP call control system according to the invention is operable to store parameters in an SCP call message depending on its structural information and access the parameters by using the structural information regardless a structure of the message, when the message is received.

Abstract: An apparatus and method are provided for routing a telephone call according to the geographic location of the originating party. A subscriber with multiple network locations within a service territory may have all of their offices accessible to customers through a single publicized telephone number. The single telephone number may trigger advanced intelligent network technology. The network may ascertain the geographic location from which the call originates and accordingly, route the originating call to a subscriber's office which is located closest to the originating caller. Further, exception periods may be provided to enable subscribers to individualize their service by only routing to the closest satellite office at specified days, times, etc. The exception periods may also be employed to reroute calls intended for the closest satellite office to a predetermined location.

Abstract: The present invention provides a method and a system for providing a data connection between an agent and a database of a company to which a calling subscriber desires to make a contact and a speech and/or data connection between the agent and the calling A-subscriber as the A-subscriber calls to a service provider. According to the invention, the call is directed to a services switching point of an intelligent network, from which the information concerning the call called to the number is transferred to a services control point, a free agent is reserved in the services control point on basis of a table, an information is given to provide connections to the services switching point, a data connection is established from the database of the desired service provider to the agent, and a connection is established between the caller and the agent.

Abstract: A finite state machine that implements the ETSI Intelligent Network Capability Set 1 for INAP protocol using a first finite state machine connected to a second finite state machine. To accomplish this implementation, the first finite state machine receives inputs and makes initial state transition choices. Once the first finite state machine has made an initial choice, the second finite state machine checks to see if the first finite state machine has transitioned to the appropriate state and, if it has not, give feedback to the finite state machine to the appropriate state. Once the appropriate state is reached, the outputs of the first finite state machine are valid and available. The finite state machines may be realized as physical logical devices or virtually using VFSM technology.

Abstract: A signal transfer point distributes a plurality of messages to a plurality of service control points in accordance with a distribution plan. The distribution plan includes each of the service control points. Each of the plurality of messages from the signal transfer point is distributed to a corresponding one of the plurality of service control points in accordance with the distribution plan.

Abstract: A telephone routing system which provides notification to subscribers that an incoming telephone call has been received. In particular, the system is directed toward subscribers who employ their telephone line in order to establish a connection over the Internet. In the situation where an incoming call is received during an Internet session, the routing system provides notification to the subscriber that the call has been received. In particular, when the incoming call is received, an interactive screen display may appear on the subscriber's computer through use of the subscriber's PC software. The subscriber may be provided a selection of options on how the call should be routed. Once the instructions are received from the subscriber, the system routes the call accordingly.

Abstract: A generic interface is provided for interfacing multiple client application programs with multiple network devices. The client application programs may differ from each other and may include application programs for performing a network restoration, network maintenance, and network administration. The network devices may be of different device types. The interface converts communications between the client application programs and the network devices so that the communications are compatible with the requirements of the destination. The interface may include added functionality, such as an automatic auditing mechanism and a data link manager mechanism.

Abstract: A method for controlling telecommunication services in a telecommunication network wherein both the telecommunication services that a service control point administers as well as the service switching points are allocated to specific network operators and an additional check of the network operator is proposed, which is implemented by the SCP before a service call is further-processed.

Abstract: A telephone networking system includes a database having executable programs which are equivalent to customer record programs used by a SCP. A switching device retrieves one of the executable programs from the database in response to data received by an input device, such as a telephone. The executable program is transmitted across the network to be executed by an edge device having the capability to store information and perform logical operations. For an 800/888 telephone call, the executable program instructs the edge device to request and gather additional information. The additional information is then used by the executable program to generate the POTS number which is transmitted to the switching device to complete the call.

Abstract: A telecommunications network using an intelligent network architecture per forms detection point processing for a call switched by a service switching point at a service control point which is at a location remote from the service switching point. A trigger table to use in detection point processing may be distributed between the service switching point and the service control point. Part of the trigger table may be downloaded to the service switching point from the service control point when required for a particular call.

Abstract: A method, in an advanced intelligent communications system, for routing a call based on the location of the calling party number where a telephone call to an abbreviated destination telephone number is received at a service switching point. The service switching point determines if the abbreviated destination number is a triggering number, and if so, notifies a service control point of receipt of the telephone call. The location of the calling party number is determined from location information related to the service switching point. The appropriate routing of the telephone call is determined based on the location of the calling party number. Call routing information regarding the telephone call is sent to the service switching point where the service switching point routes the telephone call to a destination number or a default announcement.

Abstract: A method for providing personal information which can overcome the duplication and redundancy of personal information and regional limitation, includes building a Computer Telephony Integration (CTI) information database, a personal information database, and a destination information database in a Service Control Point (SCP), to provide the personal information to CTI destination terminals in an intelligent network; transferring, by a Service Exchange Point (SSP), a calling line identification (CLI) and a dialing number (DN) to the SCP when an originating subscriber dials, retrieving a personal information and a destination information from said databases, and transferring the CLI and the retrieved personal information and destination information to the SSP; and providing, by the SSP, the CLI and the personal information to the destination terminals.

Abstract: A telecommunications network (80, 120, 140) for enabling resale of local services includes a distributed switching system (88) owned by an incumbent local exchange carrier which has a call control computing platform (100) coupled to a digital loop carrier (86), where the digital loop carrier (86) is coupled to a plurality of telephone service subscribers (82) of the incumbent local exchange carrier as well as telephone service subscribers (84) of a competitive local exchange carrier. A local switch (104) owned by an incumbent local exchange carrier is coupled to the digital loop carrier (86).

Abstract: A method for identifying a route of a call in a telecommunication system (10) comprises the steps of routing the call from a telephonic calling device (12) via a telephonic switch (14) to a telephonic terminating device (56) and disconnecting the telephonic call. After the telephonic call is disconnected, a call trace is established to identify a called line number of a terminating line in response to a call trace request from the telephonic calling device (12) after the telephonic call is disconnected.