Multimedia service system based on user history
Disclosed is a user history based multimedia service system, wherein user history data include a multimedia consumption type and/or consumption behavior of the user. The consumption type data includes a start time or end time of the multimedia content consumption (i.e., simple view data), content recording time and format, content backup time and format, and content transfer time and format. The consumption behavior data includes a content access/play data such as a normal finish, skimmed, skipped, slowed, or replay, and a stopped data of the content access/play. The consumption type or consumption behavior data include information on program identification and information on access to the consumption type/consumption behavior data. The respective data is provided for each user and program.
1. A method implemented by an apparatus including a storage device and a controller for processing user history data stored in the storage device, the method comprising:
storing, in the storage device, a hierarchical data structure for describing user history, the hierarchical data structure including
(a) a user information element to identify a user,
(b) a first user action history of the user as a first structural element of the hierarchical data structure, the first user action history including
(b-1) a first data protection attribute to specify whether all information in the first user action history is protected or not, and
(b-2) a first list of user action items for describing the user's multimedia consumption including skipping or slow playing a piece of content, and
(c) a second user action history of the user as a second structural element at the same level of the hierarchical data structure as the first structural element, the second user action history including
(c-1) a second data protection attribute to specify whether all information in the second user action history is protected or not, and
(c-2) a second list of user action items for describing the user's media consumption including playing or recording a content stream,
wherein each user action item in both the first and second lists records a corresponding action of the user's consumption of content from a respective multimedia program and has (i) an action time indicating when the corresponding action of the user took place and (ii) a unique content reference identifier that identifies the consumed multimedia program independent of the multimedia program's location and enables access to content related metadata that is not provided in the user history; and
wherein at least one user action item in the first list of user action items includes timing information for identifying the skipped or slow played piece of content.
2. The method for processing user history data as claimed in claim 1 , wherein each unique content reference identifier is a content reference ID (CRID) of a Content ID Forum (CIDF).
3. The method for processing user history data as claimed in claim 1 , wherein the second user action history describes the user's consumption type and includes data that represents a consumption type indicating how the user consumed content from the respective multimedia program.
4. The method for processing user history data as claimed in claim 1 , wherein the first user action history describes the user's consumption behavior and includes data that represents a consumption behavior with respect to the respective multimedia program.
5. The method for processing user history data as claimed in claim 4 , wherein the data that represents the consumption behavior indicates a selection from an action type group including operations of normal play, skip, replay, and slow play.
6. The method of claim 1 , wherein the storage device includes a portable medium.
7. The method of claim 1 , wherein the storage device includes a smart card.
8. A method implemented by an apparatus including a storage device and a controller for processing user history data stored in the storage device, the method comprising:
storing, in the storage device, a hierarchical data structure for describing user history, the hierarchical data structure including
(a) a user information element to identify a user,
(b) a first user action history of the user as a first structural element of the hierarchical data structure, the first user action history including
(b-1) a first data protection attribute to specify whether all information in the first user action history is protected or not, and
(b-2) a first list of user action items for describing the user's multimedia consumption including skipping or slow playing a piece of content, and
(c) a second user action history of the user as a second structural element at the same level of the hierarchical data structure as the first structural element, the second user action history including
(c-1) a second data protection attribute to specify whether all information in the second user action history is protected or not, and
(c-2) a second list of user action items for describing the user's media consumption including playing or recording a content stream,
wherein each user action item in both the first and second lists records a corresponding action of the user's consumption of content from a respective multimedia program and has (i) an action time indicating when the corresponding action of the user took place and (ii) a unique content reference identifier that identifies the consumed multimedia program independent of the multimedia program's location and enables access to content related metadata that is not provided in the user history.
9. The method for processing user history data according to claim 8 , wherein the second user action history describes the user's consumption type and includes data that indicates how the user consumed content from the respective multimedia program.
10. The method for processing user history data according to claim 8 , wherein the first user action history describes the user's consumption behavior, and the user action type indicates a selection from an action type group including operations of normal play, skip, replay, and slow play.
11. The method of claim 8 , wherein storing the hierarchical data structure includes storing the hierarchical data structure in a smart card.