Nokia Corporation

Nokia Technologies Oy

Avvenu, Inc.

James Roland Henderson

Michael J Albanese

Keith Barraclough

David Irvine

Rodrigo Philander

Media content is provided for remote playback over a packet-based network. According to an example embodiment of the present invention, a host server authenticates remote users and further processes media content requests from authenticated remote users by directing or otherwise facilitating the delivery of requested media content from a user's media content source to a remote playback device. The remote playback device is classified and the media content is selectively configured at one or both of the media content source and the host server in accordance with the classification, prior to delivery to the remote playback device. Communications among the host server, remote playback device and media content source are over the packet-based network.

Device classification for media delivery

Data transfer between remote and base locations over a network is effected. According to an example embodiment of the present invention, a data router controls the routing of data between base and remote network appliances as a function of metadata describing the data and capabilities of the remote network appliance.

Data communication with remote network node

Data transfer to a remote packet-communicating device over a network is effected using a network-based cache to selectively store data. According to an example embodiment of the present invention, a network-based server facilitates selective, rule-based storage of a registered user's data in a network-based cache. The registered user's data is available via the user's data source coupled to a packet-based network (e.g., via a user's home or business computer coupled to the Internet). The server controls remote access to data stored in the cache as well as data accessible via the registered user's data source. For instance, when a request for data transfer is received from a remote packet-communicating device, the network-based server authenticates the request and, for authenticated requests, facilitates a transfer of the requested data from one or both of a registered user's data source and the cache.

Rule-based caching for packet-based data transfer

Data transfer over a network is effected in a manner that facilitates the use of available communications channels and makes possible enhanced data routing control and monitoring. According to an example embodiment of the present invention, data is routed to a remote (e.g., mobile) user device over a packet-communicating network having a plurality of communication links. When the transfer of data to the remote use device is requested or otherwise initiated, a host server selects one of the plurality of communications links available for transferring the data to the remote user device. The host server then uses routing functions (e.g., software) at a registered data source to access and transfer data from the registered data source to the remote user device.

Data routing and management with routing path selectivity

Data transfer between remote and home locations over a network is effected using an electronic token to facilitate access to the data. According to an example embodiment of the present invention, a network-based server facilitates the generation of a token specifying conditions upon which data access to a registered user's data can be made. When a request for data transfer is received in connection with a token, information in the token is used together with the request to selectively authenticate and serve the request.

Token-based remote data access

Data transfer over an IP network is effected in a manner that improves the use of available communications channels and makes possible enhanced data routing control and monitoring. According to an example embodiment of the present invention, data is transferred over an IP network having a plurality of communication links. An origin node coupled to the network supplies data to the network, and system nodes coupled to the network are adapted to store at least a portion of the data supplied by the origin node. Two or more servers are adapted to route data between at least one of the system nodes and the network. A network-distributed application routing controller is implemented throughout the network and ascertains location information of the data supplied by the origin node. A data request from one of the system nodes is received at the application routing controller. In response to the request, the supplied data is routed from a node on the network over at least one of the servers and via one or more communication links to the node at which the request has been made.

Growing community of inventors

Morgan Hill, CA, United States of America

James Roland Henderson