Abstract: A method and entity of authorizing in a communication system are disclosed. The method includes using authorizing data to reference other data to define an authorization associated with the other data. The authorizing data includes one of a data component, data group, or data element. Further, a user profile can be provided and includes a user profile data component and an authorization data component. The authorization data component or the user profile data component references another authorization component. Access is authorized to data associated with the user profile data component in accordance with the authorization data component.

Abstract: A method and entity of authorising in a communication system are disclosed. The method includes using authorising data to reference other data to define an authorisation associated with the other data. The authorising data includes one of a data component, data group, or data element. Further, a user profile can be provided and includes a user profile data component and an authorisation data component. The authorisation data component or the user profile data component references another authorisation component. Access is authorised to data associated with the user profile data component in accordance with the authorisation data component.

Abstract: A method and entity of authorising in a communication system are disclosed. The method includes using authorising data to reference other data to define an authorisation associated with the other data. The authorising data includes one of a data component, data group, or data element. Further, a user profile can be provided and includes a user profile data component and an authorisation data component. The authorisation data component or the user profile data component references another authorisation component. Access is authorised to data associated with the user profile data component in accordance with the authorisation data component.

Abstract: A proxy network element for controlling access to services in a communications system is disclosed. The proxy network element is configured to communicate with at least one further network element using a protocol belonging to a plurality of protocols, the at least one further network element controlling service usage based on service subscriptions. The proxy network element is also configured to provide access for the at least one further network element to at least one information store storing information relating to service subscriptions. The proxy network element provides support for communicating using the plurality of protocols and support for accessing a plurality of different information stores.

Abstract: A proxy network element for controlling access to services in a communications system is disclosed. The proxy network element is configured to communicate with at least one further network element using a protocol belonging to a plurality of protocols, the at least one further network element controlling service usage based on service subscriptions. The proxy network element is also configured to provide access for the at least one further network element to at least one information store storing information relating to service subscriptions. The proxy network element provides support for communicating using the plurality of protocols and support for accessing a plurality of different information stores.

Abstract: A method and entity of authorising in a communication system are disclosed. The method includes using authorising data to reference other data to define an authorisation associated with the other data. The authorising data includes one of a data component, data group, or data element. Further, a user profile can be provided and includes a user profile data component and an authorisation data component. The authorisation data component or the user profile data component references another authorisation component. Access is authorised to data associated with the user profile data component in accordance with the authorisation data component.

Abstract: When implementing services compiled of service independent building blocks (SIB) in an intelligent network, the SIB parameters to be relayed in computer instructions are replaced with a global data structure, whereby no parameters at all are transferred in the instruction call. Having no parameters means that each SIB receives the parameters it needs from one global variable. The global variable is visible to all SIBs, whereby each individual SIB fetches the parameters it requires from it. As regards some SIBs it is rather certain that they will remain unchanged and thus really service independent, but for some there is no such certainty, and for this reason the SIBs may be divided logically into two groups: assisting and performing SIBs respectively. Parameters of the performing SIBs are not relayed in the sub-programme call, but in one or several global data structure variables.