Abstract: Various embodiments of the disclosed subject matter provide methods and systems to generate node-disjoint routing paths from a root node to each node in a network node set, identify potential intermediate office node (IO) candidate pairs from the generated node-disjoint routing paths, generate a per central office node (CO) serving cost estimate for each IO candidate pair, and identify a low cost IO candidate pair having at least two node-disjoint paths to the root node without traversing nodes along a diverse path between the low cost IO candidate pair and subtending CO nodes.

Abstract: The present disclosure provides a system, method, and computer programs for providing content over a communications network. The method includes providing to a device a first list of items that corresponds to content stored in a first database as a master library; storing in a second database at the network a second list of items selected from the first set of items corresponding a customer identifier in a network database as a personal library; retrieving content from the first database corresponding to an item selected from the second list of items; and providing the retrieved content to a user device over the communications network for display on a television set.

Abstract: Method of augmenting a deployed network to include additional network elements. The method includes instructions for determining whether a deployed network is sufficient for supporting existing customer and future customer demands and generating an augmented network design if the deployed network is insufficient. The augmented network design includes new network nodes such that deployed network is a subset of the augmented network, thereby permitting augmenting of the deployed network without interruption services to the existing customers supported by the deployed network.

Abstract: A coordinated, or “joint-replenishment,” system to manage the plug-in circuit card capacity in Remote Terminals or any remote location is advantageous for managing ongoing telecommunications growth, Methods and systems facilitate decisions about when to send a technician to an RT to add ADSL line cards, how many, and to which channel banks serving which Distribution Areas. The system is deemed “coordinated” because the inventory position of ADSL ready cable-pairs between the RT and each DA's cross box served by the RT is considered when making the decision of whether or not to dispatch a technician to the RT for the purpose of adding capacity. The control parameters are calculated, updated, and maintained as part of the system at the DA level.

Abstract: A system and method is provided for selecting an option for expanding a communication service into a service area. Expansion options are based on a state of the existing network, demographics, and fiber topology. A list is made of available options. Costs for each option are calculated. Expected revenue associated with each option is also calculated. Selection of an option is based in part on an expected cost and expected revenue associated with the option.

Abstract: A network capacity management system and method are disclosed. In one form, a capacity management system for use with an optical network includes a network capacity management engine operable to actively access a network element. The system further includes a network-based application interface associated with the network capacity management engine. The application may facilitate providing information associated with a network element to a user in near real-time.

Abstract: A user interface for viewing network system data is provided and includes at least one company level view that includes a list of one or more service regions within a company, at least one regional level view that includes a list of one or more service markets within each of the one or more service regions, and at least one market level view that includes a list of one or more wire centers within the one or more service markets.

Abstract: A method for automatically designing a switched metro Ethernet data is provided. During execution of the method, data network information, customer demand information, equipment information, and at least one design constraint is received. Based thereon, a potential topology design for the switched metro Ethernet data network is automatically established. The potential topology for the switched metro Ethernet data network can be a tree topology that is rooted at a predetermined hub node and that has a plurality of leaves. Each leaf is located at a customer location. In a particular embodiment, an aggregation node is placed at the hub node. Further, an aggregation node is placed at a predetermined redundant hub node. Additionally, an aggregation node is placed at another location in the tree topology.

Abstract: A consolidated optical Ethernet network and apparatus are disclosed. In one form a network device includes an aggregation layer access interface operable to access an aggregation layer and a core layer access interface provided in combination with the aggregation layer access interface and operable to access a core layer. The device may be provided within a Multiprotocol Label Switching based Ethernet Optical Network (EON) as a network switch and may allow for efficient access to multiple layers of a network communicating information within the EON.

Abstract: The disclosure generally relates to a system and method of processing and presenting data associated with telecommunication elements. In a particular embodiment, the system includes a first input to receive a first set of element management system data from a first element management system, a second input to receive a second set of element management system data from a second element management system, and integration logic to produce a combined set of data based on the first set of element management system data and the second set of element management system data. The system also includes data reformatting logic to produce a combined set of data having a common data format.

Abstract: A system and method for Ethernet network design are disclosed. In one embodiment of a method incorporating teachings of the present disclosure, embedded network information describing at least one existing network element and a plurality of physical locations available for locating new network nodes may be inputted. A demand forecast for a coverage area of a proposed network may also be inputted. In an embodiment in which a to-be-designed network has at least a core layer and an aggregation layer, a number of core layer nodes and aggregator nodes to be included in the proposed network may also be inputted. Consideration may be given to these and other inputs in connection with generating a potential network design for the proposed network, and a cost of implementing the potential network design may be calculated.

Abstract: The disclosure generally relates to a system and method of processing and presenting data associated with telecommunication elements. In a particular embodiment, the system comprises a first input to receive a first set of element management system data from a first element management system, a second input to receive a second set of element management system data from a second element management system, and integration logic to produce a combined set of data based on the first set of element management system data and the second set of element management system data.