Abstract: Embodiments of the disclosure provide a method, device and computer readable medium for coordination between wireline and wireless policy controllers. According to embodiments of the present disclosure, the service controller is able to coordinate between information about a wireless subscription for mapping from a traffic multiplexer used in a wireline access to a wireless data session selector and information sent to a wireline Residential Gateway device about mapping application traffic to a traffic multiplexer used in a wireline access.

Abstract: Managing a plurality of communication devices in an access network by successively establishing a layer two point-to-point layer two connection from an access unit to each of the communication devices of the plurality of communication devices during a management phase and establishing a cross-connection for the layer two point-to-point connection to a permanent layer two connection between the access unit and a management server.

Abstract: Network system comprising multiple access network gateways interconnected via networking equipment, each of the access network gateways being adapted for connecting user equipment devices to the network system, wherein the network system comprises a database wherein private networks are defined as groups of predetermined user equipment devices, and wherein the access network gateway are configured to interconnect user equipment devices belonging to a single private network via SDN service chains to emulate the single private network inside the network system.

Abstract: A method for managing network traffic between one or more user equipment devices in a private network and a server outside the private network via a private gateway, a server gateway and a connection therebetween. The server gateway acts as a router and the private gateway acts as a bridge. The method including monitoring the connection between the private gateway and the server gateway; in the event of loss of connection, switching the private gateway from a bridge operation mode to a minimal service mode; repeating the previous method steps; in case of retrieved connection, switching the private gateway from the minimal service mode back to the bridge operation mode; and repeating the previous method steps. The private gateway provides minimal routing services to allow data traffic in the private network to continue in the minimal service mode.

Abstract: Method for operating a user equipment device in a private network by a visiting device from outside the private network, each device being connected via a server gateway to a network function on a common server outside the private network, comprising the steps of: (i) creating and managing a private network context for both the user equipment device and the visiting device by each respective network function; (ii) consulting one or more databases defined by the network functions to authenticate the user equipment device and visiting device and subsequently determine whether the user equipment device and visiting device are allowed to join their private contexts; and if they are allowed to join their private contexts, (iii) setting up connections between the network functions on the server to join the private contexts of the user equipment device and visiting device and therewith

Abstract: Network system comprising multiple access network gateways interconnected via networking equipment, each of the access network gateways being adapted for connecting user equipment devices to the network system, wherein the network system comprises a database wherein private networks are defined as groups of predetermined user equipment devices, and wherein the access network gateway are configured to interconnect user equipment devices belonging to a single private network via SDN service chains to emulate the single private network inside the network system.

Abstract: Method for managing network traffic between one or more user equipment devices in a private network and a server outside the private network via a private gateway, a server gateway and a connection therebetween, wherein the server gateway acts as a router and the private gateway acts as a bridge, comprising: (i) monitoring the connection between the private gateway and the server gateway; (ii) in the event of loss of connection, switching the private gateway from a bridge operation mode to a minimal service mode, which provides minimal routing services to allow data traffic in the private network to continue; (iii) repeating the method from step (i); (iv) in case of retrieved connection, switching the private gateway from the minimal service mode back to the bridge operation mode; and (v) repeating the method from step (i).

Abstract: A method and apparatus for use in management of a plurality of parameters of customer premises equipment automatically and dynamically selects and/or alters one or more of a plurality of parameters based on credentials. A particular service provider can be authorized to view and/or alter one or more parameters based on credentials associated with the particular service provider. Specific service providers can be restricted to viewing other service provider's parameters while being allowed to change parameters associated with the specific service provider.

Abstract: A customer device is configured to allow remote installation of an application module and remote configuration from a remote management server. The application module includes a parameter model with model parameters configured for communication automatically between the remote management client residing in the customer device and the remote management server via a remote management protocol. The parameter model further includes at least one description parameter that formally describes a new model parameter forming part of the parameter model. The description parameter triggers creation of the new model parameter at the remote management server.

Abstract: The present invention is related to a method to control and to change dynamically a MAC address in an aggregation network containing at least a server computer device and a client device, comprising the steps of: Sending from said client device to a server computer device a message (1,11) containing the MAC address of said client computer device, Retrieving said MAC address from said message at said server computer device (2,12), Checking if said MAC address is already in use (by a user) in said network or if said server computer device wants to change all MAC addresses in said network, If so, sending from said server computer device to said client device a message (3,13) containing a new MAC address for said client, Overwriting said MAC address with said new MAC address in said client computer device (4,14).

Abstract: A remote management system is able to remotely manage service objects (311) in a bundle (301). The remote management system thereto contains a management platform (302) in a customer device where the bundle (301) is installed, a remote management server (304) somewhere in the network, and a management agent (303) able to expose the service object representation (312) of the service objects (311) via a remote management protocol (307) to the remote management server (304). The remote management system in addition is foreseen with a proxy bundle (305) with a generic interface to populate and export a generic service object representation (351) of the service objects (311) towards the management agent (303).

Abstract: The present invention relates to a security module for use in management of a TR-069 Object Model of a device. The Object Model comprises a plurality of parameters for selection by a view selector module based on credentials and for defining thereby an object model view associated to the device. The security module comprises means for associating the object model view to a security policy and means for configuring the security attributes of the security policy on an intermediate network entity.

Abstract: A device at a Customer Premises Equipment that comprising Device Dependent Services that are to be configured by a remote Auto-Configuration Server is claimed. The device comprises also Device Independent Services on top of a Service Platform (SPLF). The device is hereby adapted to be configured by a plurality of Auto-Configuration Servers and comprises therefore a Native Service Management being one of the Device Independent Services. This Native Service Management comprises furthermore a receiver part to receive device dependent service information of the Device Dependent Services and a splitter part to split the device dependent service information into different parts, and to transmit each part to a distinct Device Independent Service.

Abstract: The present invention relates to a method for establishing a path, having a certain QOS-class, between a modem and an edge node over a communications network. The communications network comprises an Access Multiplexer and an Ethernet aggregation network, where the Access Multiplexer couples the modem to the Ethernet aggregation network. The modem is coupled to the Access Multiplexer over at least one ATM connection. The modem forwards an ARP request, that is received from a host terminal, for an address of the edge Node over an ATM having a certain QOS-class. The Access Multiplexer intercepts the ARP request that is forwarded by the modem and assigns a chosen address for the edge node based on information on the edge node that is contained in the ARP request. Subsequently, the Access Multiplexer includes this chosen address in an ARP reply.

Abstract: Managing a plurality of communication devices in an access network by successively establishing a layer two point-to-point layer two connection from an access unit to each of the communication devices of the plurality of communication devices during a management phase and establishing a cross-connection for the layer two point-to-point connection to a permanent layer two connection between the access unit and a management server.

Abstract: Managing a plurality of Communication devices in an access network by successively establishing a temporary point-to-point layer two connection from a management server to each of the communication devices of the plurality of communication devices during a management phase.

Abstract: In methods for setting up communications between digital-subscriber-line terminal modems (13) and internet-service-providers (30) via digital-subscriber-line-access-multiplexers (2,20) and forwarders (3) of asynchronous-transfer-mode-networks (1) further comprising dynamic-host-configuration-protocol-relay-agents (4,40), first messages are sent from the terminal modems (13) to the agents (4,40) via the access multiplexers (2,20), which first messages comprise incoming logical identifiers defining couplings (14) between the terminal modems (13) and the access multiplexers (2,20), second messages are sent from the agents (4,40) to dynamic-host-configuration-protocol-servers (5) for receiving internet-protocol-addresses to be supplied to the terminal modems (13) via the agents (4,40).

Abstract: A method is described for remotely managing, by a management server in a telecommunication network, the life cycle of an end-user service application for execution on a service platform that is installed on a device in a private network. The method comprises the steps of: transmitting a request for information regarding a finite state machine data model that describes a representation of the finite state machine for the service platform when being used by the service application while running on the device; and transmitting data model information by the device to the management server; and determining by the management server from the data model information the finite state machine data model; and managing the service application by the management server on the device in accordance to the finite state machine data model.

Abstract: The present invention relates to a Remote management method and related devices for use in a home network (HN) comprising a plurality of devices and a routing gateway. The Routing Gateway is coupled to each device of said plurality of devices. The Remote management method comprises the step of an Auto-Configuration Server managing either one of a dedicated device of said plurality of devices and the Routing Gateway or both at request. A further Auto-Configuration Server requesting the Auto-Configuration Server to access and configure the Routing Gateway for providing the further Auto-Configuration Server access to the Routing Gateway and subsequently the Auto-Configuration Server configuring the Routing Gateway to provide the further Auto-Configuration Server access to the Routing Gateway.

Abstract: A method is disclosed for managing a home network which is connected by means of a home network gateway device to an external network, the home network comprising at least a first TR-069 compatible device and the external network having at least one auto configuration server (ACS) adapted and arranged for allowing automatic configuration of the TR-069 compatible device, characterized in that it comprises monitoring TR-069 sessions between the at least one TR-069 compatible device and the at least one ACS, in the home network gateway device.