Abstract: A system (20) for monitoring and management of telecommunications equipment (10, 30) in a telecommunications network via the internet (34) is provided. The system (20) includes a plurality of user devices (36, 46, 50) each executing a web browser (64) for communications with the internet (34). An intranet (32) is in communications with the internet (34). A web server (84) identifiable by an internet address resides on each telecommunications equipment (10, 30), where the telecommunications equipment of the telecommunications network are coupled to the intranet (32). A plurality of web pages (90) for displaying monitoring and management information associated with the telecommunications equipment are accessible by the web server (84) via the internet (34) and intranet (32).

Abstract: A bus control module for a delivery unit, which interfaces an optical fiber network to a switching matrix. The bus control module controls transport of control data and network data between various application modules of the delivery unit. The control data and network data are carried as datagrams on ingress links from the application modules and on egress links to the application modules.

Abstract: A timing system for distributing a timing signal includes a master timing system that receives a network timing reference. The master timing system generates a master timing signal from the network timing reference. A distributed services node timing system receives the master timing signal and embeds a timing signal into a data transmission frame. A network interface island receives the data transmission frame and retrieves the embedded timing signal therefrom.

Abstract: AIN services include multiple SCP pairs, which can be expanded to meet increased demand. The expansion can occur without cessation in services by migrating records between SCP pairs while maintaining redundancy between the pairs. A centralized GTT maintains the GTTs distributed between multiple subsystems in the AIN system. Synchronization between mate SCPs within a pair occurs at high speed as the subscriber database is split into multiple files, each file having a separate synchronization process.

Abstract: A system in accordance with the invention dynamically establishes test connections upon initiation of a test sequence and does not need to maintain permanently “nailed up” test connections. To do so, each node in the system, e.g., COT, RT, maintains a logical bypass pair terminator (“BT”). The BT includes facilities which reserve the requisite channels that will be needed to establish a test connection. When a test sequence is initiated for testing a drop from an RT, a BT facility at the RT will establish a connection to an RT bypass card and a BT facility at the COT will establish a connection to a COT bypass card, thereby completing the test connection.

Abstract: A web interface system (10) for a debit card service in a telecommunications network includes at least one service logic program (28) implementing the debit card service expressed in a web browser readable format, and a web server (30) adapted to store the at least one service logic program (28) and provide access thereto, in the form of at least one web page, by users via a web browser (36). A call scripting process (54) residing in the web server (30) continuously receives user inputs (52) entered on the at least one web page (34) and communicates the user inputs (52) to a predetermined node in the telecommunications network.

Abstract: A table-driven interface system and method to a computer application is provided. The system includes an input handler operable to receive a command entered by a user, and at least one input table indexable by the received command for determining a sequence of required input parameters associated with the received command, the sequence of required input parameters being used to prompt the user for required input parameter values. A server handler is operable to construct a message having a predetermined format containing the required input parameter values, the server handler further operable to send the constructed message to a server. The server handler is operable to receive a reply message from the server containing at least one output parameter value. At least one output table containing display control information are indexable by the received command and required input parameters.

Abstract: A system and method of limiting power consumption in a telecommunications equipment coupled between a plurality of far end subscriber lines and a plurality of near end subscriber lines are provided. The method includes monitoring and determining a number of ringing subscriber lines, comparing the number of ringing subscriber lines to a predetermined ringing threshold, monitoring and determining a number of off-hook subscriber lines, comparing the number of off-hook subscriber lines to a predetermined off-hook threshold, and blocking further ringing and/or off-hook subscriber lines in response to the number of ringing and/or off-hook subscriber lines reaching or exceeding the respective predetermined ringing and off-hook thresholds.

Abstract: A unit controller for a delivery unit that interfaces telecommunications media to a switching matrix. The unit controller is partitioned into “generic” units, that can be easily configured for use as a line/trunk processor in an OC3 delivery unit. The same unit controller can be adapted for use in other types of delivery units, as well as for higher level controller applications.

Abstract: A method for managing memory in an object oriented program that is capable of using a plurality of fixed pool classes and a plurality of objects belonging to those fixed pool classes. A plurality of memory pools each having a predetermined fixed size are constructed, with each of the plurality of fixed pool classes being associated with one of the plurality of memory pools. New objects belonging to a selected one of the fixed pool classes are instantiated, with the instantiation step including the step of allocating memory for the new object from the associated memory pool. A system for managing memory in an object oriented program operating on a computer system is also provided that includes a memory pool class and a plurality of subclasses of that memory pool class, where the object oriented program is capable of using and instantiating objects belonging to the subclasses.

Abstract: A method of engineering services in a telecommunications network includes storing an engineering file including a plurality of engineering attributes associated with a class of services. A service package is received for a service within the class of services. The engineering attributes of the engineering file are loaded into the service package.

Abstract: A telecommunications system includes an access terminal coupled to subscriber lines, a local exchange carrier (LEC) network, and a channel unit card coupling the access terminal to the LEC network. The channel unit card includes a processor configured to convert call processing signals received from the LEC network and formatted according to a protocol used by the LEC network to a message-oriented signal whose format is independent of the protocol used by the LEC network. The message-oriented signal then can be delivered to the access terminal. The channel unit card processor is further configured to convert message-oriented signals representing call processing communications received from the access terminal and having a format independent of a protocol recognized by the LEC network to one or more signals formatted according to the protocol recognized by the LEC network. The signals converted to the format recognized by the LEC network then can be routed to the LEC network.

Abstract: A method for automatically verifying provisioning of a telephony database includes receiving from the telephony database a first table structure for a first table within the telephony database and automatically generating, based on the first table structure, a test provisioning message operable to provision a table having the first table structure. The method also includes automatically generating an expected response to the test provisioning message and transmitting the test provisioning message. The method further includes receiving an actual response to the test provisioning message, comparing the actual response to the expected response, and generating a result based on comparing the actual response to the expected response.

Abstract: A method of providing a software interface between application programs performing telecommunications functions and an operating system running on at least one node at a site supporting the application programs, and further forming an interface between the application programs and a telecommunications network is provided. The method includes providing a network platform manager operable to remove nodes from service, restore nodes to service, remove applications from service, and restore applications to service, providing a network system integrity manager operable to monitor the nodes and to enable failed nodes to recover, providing a configuration manager operable to interface with a host coupled to the telecom platform, providing a node platform manager operable to provide management functions for a node, providing a service manager operable to start and stop processes at the direction of the node platform manager, and providing a node system integrity manager operable to monitor inter-node links.

Abstract: A method and system for summarizing object interactions in an object-oriented software program is disclosed. A plurality of tabular inputs containing information about the object interactions in a software system are input into a computer system. The system then determines object information and interaction information from the input information and generates an object summary from the object information and interaction information. The object summary may comprise an object summary matrix indicating instances of interaction between the objects of the software program and a plurality of message summaries that indicate messages sent from and sent to a particular object of the software program.

Abstract: The invention comprises an apparatus for detecting focused overload in a telecommunications network. The apparatus comprises a plurality of originating switching points each coupled to a plurality of originating devices. The apparatus further comprises a destination switching point coupled to a destination device. The apparatus further comprises a transfer point coupled to the plurality of originating switching points and the destination switching point, each of the plurality of originating devices initiating communication through one of the plurality of originating switching points to the destination device utilizing the transfer point, the transfer point detecting focused overload at the destination switching point by detecting a predetermined threshold of initiated communications traffic communicated from the plurality of originating devices to the destination device.

Abstract: A telecommunications switch management system which contains a system manager building block in communication with a remote computer. The system manager building block is also in communication with a system management interface building block, which contains a command interpreter building block and a system command interface building block. The command interpreter building block is in communication with the system manager building block and the system command interface building block. The system command interface building block contains at least one client building block. The client building blocks located in the system command interface building block are each in communication with a corresponding server building block, each of which in turn is in communication with the telecommunications switching system. The system manager building block provides communication between the remote computer and the system management interface building block.

Abstract: A method of collecting PM data in a controller acquired from a plurality of sources of PM data during a monitoring interval, including the steps of demarcating, at each source of PM data, the monitoring interval, assigning, at each source of PM data, an identity to the monitoring interval, packaging at each source of PM data, the PM data from the monitoring interval, transmitting an armed and ready message from each source of PM data to the controller, waiting, at each source of PM data, for a request from the controller for a bulk transfer of the PM data, sending the bulk transfer from each source of PM data, responsive to receipt of the request, to the controller, and resetting, at each source of PM data, a system timer for a next monitoring interval.

Abstract: A short message service center allowing processing characteristics to be modified for service users within a given type so that the storage and delivery of short messages to one service user of a given type may be different for another service user within the same given type is provided. The short message service center alleviates some of the potential “jams” associated with the processing of large distribution lists and closed user groups. The short message service center further allows for distributed administration. Additionally, the short message service center receives a short message in one standard format and delivers the short message in another standard format. The short message service center also utilizes both a table routing method and a global title translation method for routing messages to a recipient. The short message service center also allows a complete transmission of short messages between service entities having differing short message length definitions.

Abstract: Methods and systems for telecommunications terminals management that include at least one telecommunications terminal and an attached computer. The telecommunications terminal generates messages describing the telecommunications terminal (e.g. card insertion or removal and terminal alarms) either autonomously or in response to automatically generated requests. The computer processes these messages to build a model of connected telecommunications terminals. The model can be a hierarchy of software objects where objects are inserted and modified based on the message produced by the telecommunications terminal. The computer can display the model information to an administrator. The administrator can interact with the model to alter properties of the telecommunications terminals represented.