Content server

• US 20030233469A1
• Filed: 06/12/2002
• Published: 12/18/2003
• Est. Priority Date: 06/12/2002
• Status: Abandoned Application

• Current Assignee: Intel Corporation
• Original Assignee: Intel Corporation
• Inventors: Knowlson, Kenneth L., Lehman, Marci L., Woodruff, Brian E., Tran, Dzung
• Application Number:
  US10/170,943
• Publication Number:
  US 20030233469A1
• Time in Patent Office: Days
• US Class Current: 709/238
• CPC Class Codes: H04L 67/51 Discovery or management thereof, e.g. service location protocol [SLP] or web services
• CPC Class Codes: H04L 67/52 specially adapted for the location of the user terminal
• CPC Class Codes: H04L 67/55 Push-based network services
• CPC Class Codes: H04L 67/564 Enhancement of application control based on intercepted application data
• CPC Class Codes: H04L 67/565 Conversion or adaptation of application format or content adding application control or application functional data H04L67/561
• CPC Class Codes: H04L 67/568 Storing data temporarily at an intermediate stage, e.g. caching
• CPC Class Codes: H04L 69/329 in the application layer [OSI layer 7]
• CPC Class Codes: H04L 9/40 Network security protocols

Abstract

The claimed subject matter relates to dynamically routing content to a dedicated entertainment device and, more particularly, to the dynamic routing of content from a content server to one or more dedicated entertainment devices.

Claims

1. :

A method of using an entertainment content server comprising;

receiving a request for content, from an entertainment control device;

accessing the requested content;

dynamically determining at least one dedicated entertainment device to receive at least part of the requested content; and

pushing at least a first part of the content to the at least one dedicated entertainment device.

2. :

The method of claim 1, wherein determining at least one dedicated entertainment device includes selecting the at least one dedicated entertainment device based at least in part upon one of the following;

a physical location of the dedicated entertainment device,

a capability of the device to process a selected content format,

a substantially predetermined setting, and

an ability to transmit the requested content to the dedicated entertainment device.

3. :

The method of claim 2, wherein the physical location of the dedicated entertainment device is determined utilizing one of the following;

statically configuring the content server with the location of the dedicated entertainment device,

receiving a signal representing the location of the dedicated entertainment device from the dedicated entertainment device,

receiving a signal representing the location of the dedicated entertainment device from the entertainment control device, and

dynamically inferring the location of the dedicated entertainment device.

4. :

The method of claim 3, wherein dynamically inferring the location of the dedicated entertainment device includes utilizing, at least in part, one of the following;

a network address of the dedicated entertainment device,

a network name of the dedicated entertainment device,

a location of at least one device physically coupled with the dedicated entertainment device,

a triangulation involving a wireless signal used to communicate with the dedicated entertainment device, and

an operating mode of the entertainment control device at the time the received request for content was transmitted.

5. :

The method of claim 2, wherein determining the capability of the dedicated entertainment device to process a selected content format comprises utilizing a network protocol which allows the dedicated entertainment device to;

dynamically configure a group of settings relating to the dedicated entertainment device,

acquire a network address, and

use a discovery protocol to announce the presence of the dedicated entertainment device on the network.

6. :

The method of claim 1, wherein accessing the requested content includes determining at least one of the properties of the requested content selected from the following;

a storage format of the content,

a digital rights management scheme associated with the content,

a sensory format of the content, and

a latency associated with accessing the content.

7. :

The method of claim 1, wherein pushing at least a first part of the content to the at least one dedicated entertainment device comprises transmitting at least part of the content over a network in digital form.

8. :

The method of claim 7, wherein pushing at least a first part of the content to the, at least one, dedicated entertainment device includes;

the entertainment content server initiating communication between the entertainment content server and the at least one dedicated entertainment device;

the entertainment content server transmitting a network identifier to the at least one dedicated entertainment device;

the at least one dedicated entertainment device initiating communication between a content hosting device and the at least one dedicated entertainment device;

utilizing the network identifier, routing at least a first part of the content from the content hosting device to the at least one dedicated entertainment device.

9. :

The method of claim 7, wherein pushing at least a first part of the content to the, at least one, dedicated entertainment device includes;

a content hosting device initiating communication between the content hosting device and the at least one dedicated entertainment device;

routing at least a first part of the content from the content hosting device to the at least one dedicated entertainment device.

10. :

The method of claim 9, wherein the entertainment content server includes the content hosting device.

11. :

The method of claim 7, wherein pushing at least a first part of the content to the at least one dedicated entertainment device includes;

partitioning the content into a first part and at least a second part,

pushing a first part of the content to a first dedicated entertainment device, and

pushing a second part of the content to a second dedicated entertainment device.

12. :

The method of claim 11, wherein partitioning the content into a first and second part comprises partitioning the content based upon at least one of the following;

a digital rights management scheme associated with a part of the content,

a latency associated with accessing a part of the content.

a physical location of the dedicated entertainment device to which a part of the content is pushed,

a sensory format of a part of the content,

a storage format of a part of the content,

a substantially predetermined setting, and

a temporal marker.

13. :

The method of claim 12, further comprising the at least one dedicated entertainment device processing the content.

14. :

An apparatus comprising;

a processor;

a network interface; and

a content distribution system;

wherein the processor, the network interface, and the content distribution system are coupled so as to, during operation,

receive a request for content,

dynamically determine at least one dedicated entertainment device to receive the content, and

push at least part of the content to the at least one dedicated entertainment device.

15. :

The apparatus of claim 14, wherein the content distribution system, during operation, dynamically determines at least one dedicated entertainment device to receive the content based at least in part upon one of the following;

a physical location of the dedicated entertainment device,

a capability of the dedicated entertainment device to process the selected content format,

a capability of the apparatus to route the requested content to the dedicated entertainment device, and

a substantially user configurable setting.

16. :

The apparatus of claim 15, wherein the content distribution system, during operation, determines the physical location of the dedicated entertainment device utilizing one of the following;

a statically configured setting,

a signal representing the location of the dedicated entertainment device, that is transmitted by the dedicated entertainment device,

a signal representing the location of the dedicated entertainment device, that is transmitted by an entertainment control device, and

a dynamically inferred location of the dedicated entertainment device.

17. :

The apparatus of claim 16, wherein the content distribution system, during operation, infers the location of the dedicated entertainment device utilizing, at least in part, one of the following;

a network address of the dedicated entertainment device,

a network name of the dedicated entertainment device,

a location of at least one device physically coupled with the dedicated entertainment device,

a triangulation involving a wireless signal used to communicate with the dedicated entertainment device, and

an operating mode of the entertainment control device at the time the received request for content was transmitted.

18. :

The apparatus of claim 15, wherein the content distribution system, during operation, determines the capability of the dedicated entertainment device to process a selected content format utilizing a network protocol which allows the dedicated entertainment device to;

dynamically configure a group of settings related to the dedicated entertainment device,

acquire a network address, and

use a discovery protocol to announce the presence of the dedicated entertainment device on a network.

19. :

The apparatus of claim 15, further comprising a wireless signal interface;

wherein the processor, the network interface, and the content distribution system are coupled so as to, during operation, receive a request for content, via the wireless signal interface, and

wherein the wireless signal interface is configured to accept wireless signals from at least one of the following;

the radio frequency spectrum, and

the infrared frequency spectrum.

20. :

The apparatus of claim 14, wherein, to facilitate pushing at least part of the content to the at least one dedicated entertainment device, the processor, the network interface, and the content distribution system are coupled so as to, during operation, facilitate

an initiation of communication from the apparatus to the at least one dedicated entertainment device;

a transmission of a network identifier to the at least one dedicated entertainment device;

wherein the network identifier facilitates the at least one dedicated entertainment device to initiate communication between a content hosting device and the at least one dedicated entertainment device; and

the network identifier further facilitates routing at least a first part of the content from the content hosting device to the at least one dedicated entertainment device.

21. :

The apparatus of claim 14, wherein, to facilitate pushing at least part of the content to the at least one dedicated entertainment device, the processor, the network interface, and the content distribution system are coupled so as to, during operation, facilitate

an initiation of communication from a content hosting device to the at least one dedicated entertainment device, and

a routing of at least a first part of the content from the content hosting device to the at least one dedicated entertainment device.

22. :

The apparatus of claim 21, further comprising a content hosting system;

wherein the processor, the network interface, and content hosting system are coupled so as to be a content hosting device that stores content.

23. :

The apparatus of claim 15, wherein the content distribution system, during operation,

partitions the content into a first part and at least a second part,

pushes the first part of the content to a first dedicated entertainment device, and

pushes at least the second part to at least a second entertainment device.

24. :

The apparatus of claim 23, wherein the content distribution system, during operation, partitions the content into a first part and at least a second part based upon at least one of the following;

a digital rights management scheme associated with a part of the content,

a latency associated with accessing a part of the content.

a physical location of the dedicated entertainment device to which a part of the content is pushed,

a sensory format of a part of the content,

a storage format of a part of the content,

a substantially predetermined setting, and

a temporal marker.

25. :

A system comprising;

a content server, including

a processor,

a network interface, and

a content distribution system; and

a plurality of dedicated entertainment devices;

wherein the content server and the plurality of dedicated entertainment devices are coupled so as to, during operation, allow at least one of the plurality of dedicated entertainment devices to receive and process content, which is dynamically pushed to at least one the plurality of dedicated entertainment devices by the content server.

26. :

The system of claim 25, wherein the plurality of dedicated entertainment devices includes;

at least one dedicated entertainment device that, during operation, reformats and transmits content such that other devices may play the content, and

at least one dedicated entertainment device, during operation, plays content.

27. :

The system of claim 26, wherein at least one of the plurality of dedicated entertainment devices utilizes, during operation, a network protocol which allows the dedicated entertainment device to;

dynamically configure a group of settings related to the dedicated entertainment device,

acquire a network address, and

use a discovery protocol to announce the presence of the dedicated entertainment device on a network.

28. :

The system of claim 25, wherein the content server, during operation,

receives a request for content,

dynamically determines at least one dedicated entertainment device to receive the content, and

pushes at least part of the content to the at least one dedicated entertainment device.

29. :

The system of claim 28, wherein the content distribution system, during operation, dynamically determines at least one dedicated entertainment device to receive the content based at least in part upon one of the following;

a physical location of the dedicated entertainment device,

a capability of the dedicated entertainment device to process the selected content format,

a capability of the apparatus to route the requested content to the dedicated entertainment device, and

a substantially user configurable setting.

30. :

The system of claim 29, wherein the content distribution system, during operation, determines the physical location of the dedicated entertainment device utilizing one of the following;

a statically configured setting,

a signal representing the location of the dedicated entertainment device, that is transmitted by the dedicated entertainment device,

a signal representing the location of the dedicated entertainment device, that is transmitted by an entertainment control device, and

a dynamically inferred location of the dedicated entertainment device.

31. :

The system of claim 30, wherein the content distribution system, during operation, infers the location of the dedicated entertainment device utilizing, at least in part, one of the following;

a network address of the dedicated entertainment device,

a network name of the dedicated entertainment device,

a location of at least one device physically coupled with the dedicated entertainment device,

a triangulation involving a wireless signal used to communicate with the dedicated entertainment device, and

an operating mode of the entertainment control device at the time the received request for content was transmitted.

32. :

The system of claim 28, wherein, to facilitate pushing at least part of the content to the at least one dedicated entertainment device, the processor, the network interface, and the content distribution system are coupled so as to, during operation, facilitate

an initiation of communication from the content server to the at least one dedicated entertainment device;

a transmission of a network identifier to the at least one dedicated entertainment device;

wherein the network identifier facilitates the at least one dedicated entertainment device to initiate communication between a content hosting device and the at least one dedicated entertainment device; and

the network identifier further facilitates routing at least a first part of the content from the content hosting device to the at least one dedicated entertainment device.

33. :

The system of claim 28, wherein, to facilitate pushing at least part of the content to the at least one dedicated entertainment device, the processor, the network interface, and the content distribution system are coupled so as to, during operation, facilitate

an initiation of communication from a content hosting device to the at least one dedicated entertainment device, and

a routing of at least a first part of the content from the content hosting device to the, at least one, dedicated entertainment device.

34. :

The system of claim 33, further comprising a content hosting system;

wherein the processor, the network interface, and content hosting system are coupled so as to be a content hosting device that stores content.

35. :

The system of claim 34, wherein the content distribution system, during operation,

partitions the content into a first part and at least a second part,

pushes the first part of the content to a first dedicated entertainment device, and

pushes at least the second part to at least a second entertainment device.

36. :

The system of claim 35, wherein the content distribution system, during operation, partitions the content into a first part and at least a second part based upon at least one of the following;

a digital rights management scheme associated with a part of the content,

a latency associated with accessing a part of the content.

a physical location of the dedicated entertainment device to which a part of the content is pushed,

a sensory format of a part of the content,

a storage format of a part of the content,

a substantially predetermined setting, and

a temporal marker.

37. :

An article comprising;

a storage medium having a plurality of machine accessible instructions, wherein when the instructions are executed by a processor, the instructions provide for

receiving a request for content, from an entertainment control device;

accessing the requested content;

dynamically determining at least one dedicated entertainment device to receive at least part of the requested content; and

pushing at least a first part of the content to the at least one dedicated entertainment device.

38. :

The article of claim 37, wherein the instructions that provide for determining at least one dedicated entertainment device includes instructions for selecting the at least one dedicated entertainment device based at least in part upon one of the following;

a physical location of the dedicated entertainment device,

a capability of the device to process a selected content format,

a substantially predetermined setting, and

an ability to transmit the requested content to the dedicated entertainment device.

39. :

The article of claim 38, wherein the instructions provide that the physical location of the dedicated entertainment device is determined utilizing one of the following;

statically configuring the content server with the location of the dedicated entertainment device,

receiving a signal representing the location of the dedicated entertainment device from the dedicated entertainment device,

receiving a signal representing the location of the dedicated entertainment device from the entertainment control device, and

dynamically inferring the location of the dedicated entertainment device.

40. :

The article of claim 39, wherein the instructions provide that dynamically inferring the location of the dedicated entertainment device includes utilizing, at least in part, one of the following;

a network address of the dedicated entertainment device,

a network name of the dedicated entertainment device,

a location of at least one device physically coupled with the dedicated entertainment device,

a triangulation involving a wireless signal used to communicate with the dedicated entertainment device, and

an operating mode of the entertainment control device at the time the received request for content was transmitted.

41. :

The article of claim 38, wherein the instructions provide that determining the capability of the dedicated entertainment device to process a selected content format comprises utilizing a network protocol which allows the dedicated entertainment device to;

dynamically configure a group of settings relating to the dedicated entertainment device,

acquire a network address, and

use a discovery protocol to announce the presence of the dedicated entertainment device on the network.

42. :

The article of claim 37, wherein the instructions stipulate that accessing the requested content includes determining at least one of the properties of the requested content selected from the following;

a storage format of the content,

a digital rights management scheme associated with the content,

a sensory format of the content, and

a latency associated with accessing the content.

43. :

The article of claim 37, wherein the instructions stipulate that pushing at least a first part of the content to the at least one dedicated entertainment device includes;

the entertainment content server initiating communication between the entertainment content server and the at least one dedicated entertainment device;

the entertainment content server transmitting a network identifier to the at least one dedicated entertainment device;

the at least one dedicated entertainment device initiating communication between a content hosting device and the at least one dedicated entertainment device;

utilizing the network identifier, routing at least a first part of the content from the content hosting device to the at least one dedicated entertainment device.

44. :

The article of claim 37, wherein the instructions stipulate that pushing at least a first part of the content to the at least one dedicated entertainment device includes;

a content hosting device initiating communication between the content hosting device and the at least one dedicated entertainment device;

routing at least a first part of the content from the content hosting device to the at least one dedicated entertainment device.

45. :

The article of claim 44, wherein the entertainment content server includes the content hosting device.

46. :

The article of claim 44, wherein the instructions stipulate that pushing at least a first part of the content to the at least one dedicated entertainment device includes;

partitioning the content into a first part and at least a second part,

pushing a first part of the content to a first dedicated entertainment device, and

pushing a second part of the content to a second dedicated entertainment device.

47. :

The article of claim 46, wherein the instructions stipulate that partitioning the content into a first and second part comprises partitioning the content based upon at least one of the following;

a digital rights management scheme associated with a part of the content,

a latency associated with accessing a part of the content.

a physical location of the dedicated entertainment device to which a part of the content is pushed,

a sensory format of a part of the content,

a storage format of a part of the content,

a substantially predetermined setting, and

a temporal marker.