Method of information content delivery to media devices and equipment for its implementation

FIELD: physics, communication.

SUBSTANCE: invention is related to communication devices and, in particular, to delivery of large volume of information to media devices with limited resources. Information is converted by system of information delivery for transmission to media device by means of wireless communication network. Converted information is processed with multimedia subsystem in media device, at that information is preferably converted in system of information delivery into binary code that contains visual elements represented in the form of visual column, and elements of behavior represented in the form of sequence column, at that visual and sequence columns are intended for separate visualisation with the help of media device.

EFFECT: of method and device for delivery and processing of different information content of large volume to different media devices.

54 cl, 18 dwg, 3 tbl

 

The text descriptions are given in facsimile form.

1. The system supplies information intended for communication with mobile communication devices with limited resources through a wireless communication network containing a communications subsystem for exchanging information with the mobile communication devices with limited resources through a communication network, applied system associated with the communication subsystem to receive individual requests for information from each of the mobile communication devices with limited resources and, in response to an individual request for information from one of the mobile communication devices with limited resources, retrieve the requested information from the database, and a transducer associated with the application system and adapted to format in response to individual query for information, the requested information in a binary code that contains the visual elements of the animation presented in the form of a visual graph, and behaviors that define the visual elements presented in the graph sequence, where the visual count and the count sequence designed to separate visualization using mobile communication devices with limited resources, so the requested information in binary code is sent to the mobile communication devices with Ogre is iconname resources through communication subsystem.

2. The system of delivery of information according to claim 1, characterized in that the information stored in the database markup language documents.

3. The system of delivery of information according to claim 2, wherein the markup language document includes one of the following: Hypertext Markup Language (HTML (hypertext markup language is the standard language designed for creating hypertext documents on the Internet), Extensible Markup Language (XML) (extended specification language used to create web pages), and Extensible Markup Language with Scalable Vector Graphics Language (an XML-based language for describing vector graphics with the introduction of animation and the inclusion of multimedia data (scalable vector graphics scalable vector graphics)).

4. The system of delivery of information according to claim 1, characterized in that the information requested in the binary code is the same as the requested information in the memory of the mobile communication devices with limited resources.

5. The system of delivery of information according to claim 1, characterized in that it further comprises a selector resource for information about the device from the respective mobile communication devices with limited resources and, in response to requests for information, the control applied by the system in such a way as to obtain the requested information, based on information about the device in accordance with the available resources of the respective mobile communication devices with limited resources.

6. The system of delivery of information according to claim 5, characterized in that the selector resource organizes information based on the device's resources, using pattern rules including at least one of the following: the systematization of the information content and the sorting device, the systematization of the device and the sorting information content, and arrangement in accordance with the agreement on the name of the legend.

7. The system of delivery of information according to claim 5, characterized in that the selector resource controls applied by the system to change the requested information, based on the information on the requesting mobile communication device with limited resources.

8. The system of delivery of information according to claim 5, characterized in that the resource selector is used with a placement strategy "with her".

9. The system of delivery of information according to claim 5, characterized in that the resource selector is used with a placement strategy "overwrite".

10. The system of delivery of information according to claim 1, characterized in that each request for information includes a unique identifier associated with the corresponding mobile communication device with limited resources.

11. The system of delivery of information of claim 10, wherein the application system uses a unique identifier, include the hydrated with the appropriate mobile communication device with limited resources, to personalize the information requested, sent to the corresponding mobile communication device with limited resources.

12. The system of delivery of information of claim 10, wherein the application system uses a unique identifier associated with the corresponding mobile communication device with limited resources, to provide access to the Internet for the respective mobile communication devices with limited resources.

13. The system of delivery of information according to claim 1, wherein the database contains at least one of the following: a local database and external database.

14. The system of delivery of information according to claim 2, characterized in that the Converter comprises a read program to read the requested information from the database and create a DOM format the requested information, a compiler for converting information in the DOM format into information in binary code and recording program for recording information in a binary code in the files in binary code, and the files in binary code is supplied to the communication subsystem for sending mobile communication devices with limited resources.

15. The system of delivery of information according to claim 1, characterized in that the Converter comprises a read program to read the requested information from the database and create a DOM format the requested information and recording program for recording information in a DOM format to files in binary code, moreover, the files in binary code is supplied to the communication subsystem for sending mobile communication devices with limited resources.

16. The system of delivery of information according to claim 1, characterized in that the information requested in the binary code is the same as the requested information in the memory of the mobile communication devices with limited resources.

17. The system of delivery of information according to claim 1, characterized in that it further comprises navigation information to create page Navigator system files and provide the page Navigator as the requested information in response to a request for information for a file system.

18. System delivery information 17, wherein the navigation information creates the page Navigator on the document markup language and provides a page Navigator Converter for formatting binary code in response to a request for information for a file system.

19. Mobile communication device with limited resources for connecting with the wireless communication network to ensure access system supplies information to the information containing the communication subsystem of the mobile communication devices with limited resources for sharing information with supply chain information through a communication network, the infrastructure of a mobile communication device with limited re what urami, containing a display and a user interface for user interaction, and multimedia subsystem, connected to the communication subsystem and the infrastructure device to send requests for information in the supply system information and receiving the requested information in binary code, and in response, rendering the requested information using the infrastructure device, with the requested information contains the visual elements of the animation presented in the form of a visual graph, and behaviors that define the visual elements presented in the graph sequence, where the visual graph to graph sequences are intended to be separate visualization using mobile communication devices with limited resources.

20. Mobile communication device with limited resources according to claim 19, wherein the multimedia subsystem contains the read program for retrieving and reading the requested information requested information in memory, and program visualization for the visualization of the information requested in memory using infrastructure devices for user interaction.

21. Mobile communication device with limited resources according to claim 20, characterized in that the information requested in the binary code t is aetsa same as the requested information in the memory of the mobile communication devices with limited resources.

22. Mobile communication device with limited resources according to claim 19, wherein the multimedia subsystem provides information about the structure of the system of delivery of information so that the information requested is in accordance with the available resources of the device.

23. Mobile communication device with limited resources according to item 22, wherein the multimedia subsystem receives the requested information in accordance with the available resources of the device, using one of the following strategies: strategy allocation with her and placement strategy "overwrite".

24. Mobile communication device with limited resources according to claim 19, wherein the multimedia subsystem contains the unique identifier with information requests.

25. Multimedia subsystem for a mobile communication device with limited resources, coupled with a wireless communication network for providing access system supplies information to information, and a mobile communication device with limited resources contains the communications subsystem of the mobile communication devices with limited resources for sharing information with supply chain information infrastructure is ucture mobile communication devices with limited resources, containing a display and a user interface for user interaction, and multimedia subsystem, connected to the communication subsystem and infrastructure devices, and multimedia subsystem contains the read program to receive and read the information requested in the binary code and placing the requested information in memory and program visualization for the visualization of the information requested in memory using the infrastructure device, with the requested information contains the visual elements of the animation presented in the form of a visual graph, and behaviors that define the visual elements presented in the graph sequence, where the visual count and the count sequence are intended to be separate rendering by using a mobile communication device with limited resources.

26. Multimedia subsystem according A.25, characterized in that the information requested in the binary code is the same as the requested information in the memory of the mobile communication devices with limited resources.

27. Multimedia subsystem on p. 25, wherein the information about the device is delivered with the system of delivery of information so that the information requested is in accordance with the available resources of the device is TBA.

28. Multimedia subsystem according to item 27, wherein the received requested information, in accordance to the available resources of the device is such due to the use of one of the following strategies: strategy allocation with her or placement strategy "overwrite".

29. Multimedia subsystem according A.25, characterized in that it contains a unique identifier with information requests.

30. A way to visualize information on a mobile communication device with limited resources, and a mobile communication device with limited resources contains a memory in which receive information in binary code, and the information includes visual elements presented in the form of a visual graph, and behaviors presented in the form of a graph sequence, where the visual count and the count sequence designed to separate visualization using mobile communication devices with limited resources, carry out the reading information and the location information in a memory of the mobile communication devices with limited resources to render, render a visual graph, render count sequence and change the visual the graph according to the visualization of the graph sequence and determine was there a complete visualization of the graph sequence, and in that case, if it is completed, carry out the end of the process, and if it is not over - perform the transition to visualize the visual graph and continue the process from the stage of rendering the visual graph.

31. The method according to item 30, wherein the visualization of the graph of the sequence optionally includes receiving inputs from the user.

32. The mode of delivery of information to mobile communication devices with limited resources connected via a wireless communication network, in which the receipt of requests for information from mobile communication devices with limited resources through a wireless communication network, retrieve the requested information from the database, formatting the requested information in binary code, so that the information requested in the binary code is sent to the mobile communication devices with limited resources, with the requested information contains the visual elements of the animation presented in the form of a visual graph, and behaviors that define the visual elements presented in the graph sequence, where the visual graph and the count sequence designed to separate the visualization with Moby is inogo communication devices with limited resources.

33. The method according to p, characterized in that the information stored in the database markup language documents.

34. The method according to p, wherein the markup language document includes one of the following: Hypertext Markup Language (HTML (hypertext markup language is the standard language designed for creating hypertext documents on the Internet), Extensible Markup Language (XML) (extended specification language used to create web pages) and Extensible Markup Language with Scalable Vector Graphics Language (an XML-based language for describing vector graphics with the introduction of animation and the inclusion of multimedia data (scalable vector graphics scalable vector graphics)).

35. The method according to p, characterized in that the information requested in the binary code is the same as the requested information in the memory of the mobile communication devices with limited resources.

36. The method according to p, characterized in that it additionally carry out obtaining information about the device from the respective mobile communication devices with limited resources and supply the requested information, based on information about the device, so that the information requested is in accordance with the available resources of the respective mobile communication devices with limited resources.

37. Ways is by p, characterized in that it additionally spend categorize data based on the device's resources, using pattern rules including at least one of the following: the systematization of the information content and the sorting device, the systematization of the device and the sorting information content, and arrangement in accordance with the agreement on the name of the legend.

38. The method according to p, characterized in that it additionally implementing changes requested information based on device information of the requesting mobile communication device with limited resources.

39. The method according to p, characterized in that the delivery of the requested information based on the device information, use the placement strategy "with her".

40. The method according to p, characterized in that the delivery of the requested information based on the device information, use the placement strategy "overwrite".

41. The method according to p, characterized in that each of the information request includes a unique identifier associated with the corresponding mobile communication device with limited resources.

42. The method according to paragraph 41, characterized in that it additionally use a unique identifier associated with the corresponding mobilemastee.com due to limited resources, to personalize the information requested, sent to the corresponding mobile communication device with limited resources.

43. The method according to paragraph 41, characterized in that it additionally use a unique identifier associated with the corresponding mobile communication device with limited resources, to provide access to the Internet for the respective mobile communication devices with limited resources.

44. The method according to p, wherein the database contains at least one of the following: a local database and external database.

45. The method according to p, wherein formatting the requested information in binary code includes reading the requested data from the database and create a DOM format the requested information, the conversion information in the DOM format into information in binary code and write data in binary files in binary code, and the files in binary code supplied mobile communication devices with limited resources.

46. The method according to p, wherein formatting the requested information in binary code includes reading the requested data from the database and create a DOM format requested information and writing information in a DOM format to files in binary code, and the files in binary code the village is alauda mobile communication devices with limited resources.

47. The method according to p, characterized in that the information requested in the binary code is the same as the requested information in the memory of the mobile communication devices with limited resources.

48. The method according to p, characterized in that it additionally create page Navigator system files and supply the page Navigator as the requested information in response to a request for information.

49. The method according to 38, characterized in that the page Navigator is created in the document markup language.

50. The method of providing access system supplies information to the mobile information communication device with limited resources, including memory, which send requests for information system delivery information, receive the requested information in binary code, reads the requested information and place the requested information in the memory of the mobile communication devices with limited resources and render the requested information on a mobile communication device with limited resources, with the requested information contains the visual elements of the animation presented in the form of a visual graph, and behaviors that define the visual elements presented in the graph sequence, where the visual graph and g the AF sequence is designed to separate the visualization using a mobile communication device with limited resources.

51. The method according to item 50, wherein the requested information in binary code is the same as the requested information in the memory of the mobile communication devices with limited resources.

52. The method according to item 50, characterized in that it additionally supply information about the structure of the system of delivery of information so that the information requested is in accordance with the available resources of the device.

53. The method of paragraph 52, wherein when the supply of information the arrangement of the system of delivery of information so that the information requested is in accordance with the available resources of the device, use one of the following strategies: strategy allocation with her or placement strategy "overwrite".

54. The method according to item 50, wherein each of the information request includes a unique identifier that identifies the mobile communications device with limited resources.



 

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