Method and system for producing a user interface for interactive media applications
A method and system for centrally producing user-specific user interfaces for controlling and selecting interactive media applications are provided. The system has, at each user end, an input unit used to input control signals for controlling and selecting the interactive media applications, and an output unit used to display an appropriate user-specific user interface. Following registration of the input and output units, the control signals are transmitted via a communication network to a central user interface server in the system. The user interface server initiates a user interface production unit which takes the control signals as a basis for generating user-specific elements for the user interface. A mixing component in the system adds non-user-specific elements provided by a database in the system. The user-specific user interface produced is then forwarded from a central streaming server in the system to the output unit and is displayed by the latter.
1. A method for centrally producing a user-specific user interface for controlling and selecting interactive media applications, particularly for interactive television, wherein the user interface is displayed at the user end on an output unit and wherein control signals for controlling and selecting the media applications are input at the user end by way of an input unit, comprising:
following the process of registration of the input unit and the output unit with a central service, the control signals are transmitted by way of a communication network to a central user interface server,
the user interface server initiates a user interface production unit, which takes the control signals as a basis for generating user-specific elements for the user interface,
a mixing component connected to a database adds non-user-specific elements from the database to the generated user-specific elements,
and the user-specific user interface produced is then forwarded as a data stream from a central streaming server by way of the communication network to the output unit and displayed by this latter.
2. The method as claimed in claim 1 ,
wherein a user-specific initial user interface with selection options is generated and displayed on the output unit following registration of the input unit and output unit with the central service, when control signals are input by means of the input unit to the user interface server, this initial user interface is then adapted in a user-specific manner by the user interface production unit based on the control signals and the adapted user interface is then completed by the mixing component, forwarded by the central streaming server as a data stream to the output unit and displayed by this latter.
3. The method as claimed in claim 1 ,
wherein the user interface server manages current status information for each user and/or each control signal input and the inputting of control signals brings about a change in the status information at the user interface server, prompting the user interface production unit to modify the user-specific elements for the user interface.
4. The method as claimed in claim 1 ,
wherein the user-specific user interface that has been produced and can be transmitted as a data stream is converted to a format that is suitable for transmission by way of the communication network by a central encoding unit before being forwarded by the central streaming server.
5. The method as claimed in claim 1 ,
wherein the user-specific user interface that has been produced and can be transmitted as a data stream is encrypted by an encryption unit before being forwarded by the central streaming server.
6. The method as claimed in claim 1 ,
the internet is used as the communication network for the transmission of the input control signals to the central user interface server and for forwarding the user-specific user interface transmitted as a data stream to the output unit.
7. A system for carrying out the method as claimed in claim 1 ,
wherein said system comprises, at each user end, an output unit for displaying user-specific user interfaces and an input unit for inputting control commands, the following are provided:
a central user interface server for receiving and processing the control signals input by way of the communication network and for managing current status information relating to respective users and/or respective control signal inputs
a central user interface production unit for generating and/or modifying the respectively user-specific elements of the user interfaces based on the control signals,
a database for providing non-user-specific elements for the respective user interfaces,
a mixing component for connecting user-specific and non-user-specific elements of the user interfaces,
and a central streaming server for forwarding the user-specific user interfaces produced as a data stream by way of the communication network to the output unit.
8. The system as claimed in claim 7 ,
wherein an encoding unit is also provided, which converts the user-specific user interfaces transmitted as a data stream to a format that is suitable for forwarding by way of the communication network.
9. The system as claimed in claim 7 ,
wherein an encryption unit is provided for encrypting the user-specific user interfaces transmitted as a data stream.
10. The system as claimed in claim 7 ,
wherein the internet is provided as the communication network for the input control signals and transmission of the user-specific user interfaces transmitted as a data stream.
11. The system as claimed in claim 7 ,
wherein a display device, in particular an internet protocol-compatible television set, is provided as the output unit, being set up to display and optionally to decrypt an internet protocol-based data stream.
12. The system as claimed in claim 7 ,
wherein an internet protocol-compatible input device, in particular an internet protocol-compatible mobile phone and/or a personal computer, is provided as the input unit.