Abstract: Providing network access is disclosed. Use of a provider equipment port via which network access is provided to two or more downstream nodes, each having one or more classes of network traffic associated with it, is scheduled on a per class basis, across the downstream nodes. The respective network traffic sent to each of at least a subset of the two or more downstream nodes is limited, on a per downstream node basis, to a corresponding rate determined at least in part by a capacity of a communication path associated with the downstream node.

Abstract: Providing gateway redundancy is disclosed. On each of a master and a standby gateway a single IP routing redundancy protocol instance is associated with a plurality of subscriber subnets. On each gateway, the respective single IP routing redundancy protocol instance is used to provide gateway redundancy for the plurality of subscriber subnets.

Abstract: A local wireless access capability is disclosed. A mobile device (MD) receives cellular service from a cellular service provider and is also configured to be able to access local wireless access points (LWAPs) of respective wireless hotspots. The MD detects one or more LWAPs. The MD determines access point information associated with each detected LWAP. The MD propagates the access point information toward a service provider controller (SPC) of the cellular service provider. The SPC determines, for each of one or more of the one or more detected LWAPs, whether the MD is authorized to access the LWAP. The SPC determines whether the MD is authorized to access an LWAP using the service information of the cellular service provider and the access point information associated with the LWAP. The SPC identifies one of the LWAPs to be accessed by the MD.

Abstract: Providing network access is disclosed. Use of a provider equipment port via which network access is provided to two or more downstream nodes, each having one or more classes of network traffic associated with it, is scheduled on a per class basis, across the downstream nodes. The respective network traffic sent to each of at least a subset of the two or more downstream nodes is limited, on a per downstream node basis, to a corresponding rate determined at least in part by a capacity of a communication path associated with the downstream node.

Abstract: Providing network access is disclosed. Use of a provider equipment port via which network access is provided to two or more downstream nodes, each having one or more classes of network traffic associated with it, is scheduled on a per class basis, across the downstream nodes. The respective network traffic sent to each of at least a subset of the two or more downstream nodes is limited, on a per downstream node basis, to a corresponding rate determined at least in part by a capacity of a communication path associated with the downstream node.

Abstract: Providing gateway redundancy is disclosed. On each of a master and a standby gateway a single IP routing redundancy protocol instance is associated with a plurality of subscriber subnets. On each gateway, the respective single IP routing redundancy protocol instance is used to provide gateway redundancy for the plurality of subscriber subnets.

Abstract: Providing gateway redundancy is disclosed. On each of a master and a standby gateway a single IP routing redundancy protocol instance is associated with a plurality of subscriber subnets. On each gateway, the respective single IP routing redundancy protocol instance is used to provide gateway redundancy for the plurality of subscriber subnets.

Abstract: Associating hosts with subscriber and service based requirements is disclosed. An identifier is extracted from a DHCP or other network address lease communication associated with a subscriber host. The identifier is used to associate the subscriber host with a requirement that is subscriber based, service based, or both subscriber and service based. The subscriber host is included in a set of one or more subscriber hosts associated with the subscriber, the service, or both, as applicable to the requirement, and the requirement is required to be enforced collectively to the one or more subscriber hosts comprising the set.

Abstract: A local wireless access capability is disclosed. A mobile device (MD) receives cellular service from a cellular service provider and is also configured to be able to access local wireless access points (LWAPs) of respective wireless hotspots. The MD detects one or more LWAPs. The MD determines access point information associated with each detected LWAP. The MD propagates the access point information toward a service provider controller (SPC) of the cellular service provider. The SPC determines, for each of one or more of the one or more detected LWAPs, whether the MD is authorized to access the LWAP. The SPC determines whether the MD is authorized to access an LWAP using the service information of the cellular service provider and the access point information associated with the LWAP. The SPC identifies one of the LWAPs to be accessed by the MD.

Abstract: Providing network access is disclosed. Use of a provider equipment port via which network access is provided to two or more downstream nodes, each having one or more classes of network traffic associated with it, is scheduled on a per class basis, across the downstream nodes. The respective network traffic sent to each of at least a subset of the two or more downstream nodes is limited, on a per downstream node basis, to a corresponding rate determined at least in part by a capacity of a communication path associated with the downstream node.

Abstract: Providing network access is disclosed. Use of a provider equipment port via which network access is provided to two or more downstream nodes, each having one or more classes of network traffic associated with it, is scheduled on a per class basis, across the downstream nodes. The respective network traffic sent to each of at least a subset of the two or more downstream nodes is limited, on a per downstream node basis, to a corresponding rate determined at least in part by a capacity of a communication path associated with the downstream node.

Abstract: Managing subscriber host information is disclosed. A new or updated information about a subscriber host is received. It is determined whether the subscriber host is associated with a multi-chassis peering. If it is determined that the subscriber host is associated with a multi-chassis peering, the new or updated information is propagated to a peer chassis associated with the multi-chassis peering.

Abstract: Verifying subscriber host connectivity is disclosed. In some embodiments, a unicast address resolution protocol (ARP) request is sent to a subscriber host, and based at least in part on whether a response to the request is received from the subscriber host, it is determined whether the subscriber host remains connected to a network.

Abstract: Managing a network resource is disclosed. An indication that a resource assigned to a subscriber host by a resource allocating node is no longer to be used by the subscriber host is received at a node other than the subscriber host or the resource allocating node. A resource release communication is sent to the resource allocating node from said node other than the subscriber host or the resource allocating node. The resource release communication appears to the resource allocating node to originate from the subscriber host and indicates to the resource allocating node that the resource is no longer to be used by the subscriber host.

Abstract: The present invention is related to a method for establishing a communication session between a client and a server. The method comprises the steps of receiving at said server a request for network resources for establishing the client-server communication session, said request at least comprising an identification of the client, collecting at the server information on available network resources for the client-server communication session, and establishing the communication session with the client taking into account the information on available network resources.

Abstract: Managing subscriber host information is disclosed. A new or updated information about a subscriber host is received. It is determined whether the subscriber host is associated with a multi-chassis peering. If it is determined that the subscriber host is associated with a multi-chassis peering, the new or updated information is propagated to a peer chassis associated with the multi-chassis peering.

Abstract: Providing gateway redundancy is disclosed. On each of a master and a standby gateway a single IP routing redundancy protocol instance is associated with a plurality of subscriber subnets. On each gateway, the respective single IP routing redundancy protocol instance is used to provide gateway redundancy for the plurality of subscriber subnets.

Abstract: Aggregating links across multiple chassis is disclosed. An indication that one or more local links are to be aggregated with one or more links on another chassis is received. Coordination with the other chassis is performed, via an inter-chassis control path, to present to a downstream equipment as an aggregated group of links the one or more local links and the one or more links on the other chassis.

Abstract: Detailed configurations for specific network elements are automatically generated and, if desired, automatically activated in response to an addition, modification and/or deletion of a network service or topology specified at high level. Network configuration information is stored in a database. Metadata, including descriptions of network elements, properties of network elements and relationships between network elements, is used to describe network topologies. Data fields described the metadata store current configuration data for each network element.