Abstract:
The aim of the invention is to provide a location-dependent execution of services of a mobile radio network for a mobile subscriber (TNR) who is checked into the network, e.g. location-dependent charging or routing/area-specific tasks. To this end, the service profile assigned to the subscriber is routinely updated when the subscriber changes location. Said service profile is updated with regard to the services which have already begun and which are used by the subscriber (TNR). The location information with regard to the actual location (A, B, C) of mobile subscribers is obtained from a positioning system (SAT) on the side of the mobile radio network, and is linked to a service plan which describes the location-dependency of the services. From this, actual service profiles are derived for the relevant subscribers. A message regarding the actual subscriber-specific service offer can be derived from the actual service profile of the subscriber (TNR), can be sent to the subscriber, and can be displayed on the side of the subscriber terminal.
Abstract:
A (mobile) transceiver can be switched into different equipment states, and is provided with an equipment state in which supplementary functions (appointment calendar, games, etc.)-which do not require any transmission via a radio interface of the transceiver-can be executed without any transmission of the transceiver via the radio interface. In particular, there is no transmission of a signal or organizational data which is normally automatically transmitted when a transceiver is activated or in a standby or a ready-to-receive state.
Abstract:
The aim of the invention is to provide a location-dependent execution of services of a mobile radio network for a mobile subscriber (TNR) who is checked into the network, e.g. location-dependent charging or routing/area-specific tasks. To this end, the service profile assigned to the subscriber is routinely updated when the subscriber changes location. Said service profile is updated with regard to the services which have already begun and which are used by the subscriber (TNR). The location information with regard to the actual location (A, B, C) of mobile subscribers is obtained from a positioning system (SAT) on the side of the mobile radio network, and is linked to a service plan which describes the location-dependency of the services. From this, actual service profiles are derived for the relevant subscribers. A message regarding the actual subscriber-specific service offer can be derived from the actual service profile of the subscriber (TNR), can be sent to the subscriber, and can be displayed on the side of the subscriber terminal.