Abstract: The invention relates to methods and devices for supervising a baggage item using a security device comprising at least one sensor, a processor connected to said sensor, and a communication unit connected to said processor. Said method comprises the steps of monitoring (S101), by the at least one sensor, a status of a baggage item, detecting (S102), by the processor, a change in the status of the baggage item and determining (S103), based on a detected change in the status, whether a notification is to be issued, and transmitting (S104), by the communication unit, the notification to a supervision unit.

Abstract: Methods and devices for providing naming information of a called party to a circuit-switched mobile terminal (300, 600, 900, 1000) of a calling party via a mobile telecommunication network are described. In particular, a method performed by a circuit-switched switching node (310, 610, 910, 1010) comprises the steps of receiving (S100) from the mobile terminal a request for setting up a call to a terminal (340, 640, 940-948) of the called party, obtaining (S110) an identifier of the called party, sending (S120) a request for naming information of the called party to a database (330, 630, 930, S22, S33) wherein the naming information of the called party is registerable in association with the called party identifier, the request comprising the identifier, receiving (S130) the naming information from the database, and executing (S140) a delivery of the naming information to the mobile terminal.

Abstract: The invention relates to methods and devices for supervising a baggage item using a security device comprising at least one sensor, a processor connected to said sensor, and a communication unit connected to said processor. Said method comprises the steps of monitoring (S101), by the at least one sensor, a status of a baggage item, detecting (S102), by the processor, a change in the status of the baggage item and determining (S103), based on a detected change in the status, whether a notification is to be issued, and transmitting (S104), by the communication unit, the notification to a supervision unit.

Abstract: A method of supporting a communication between a mobile terminal UE and a serving node of a telecommunication network, the serving node comprising an application interface, a programming module and a basic code module storing and processing basic functions. The serving node receives an initialization message from the UE and determines a call reference number for the incoming call. An incoming call listener is activated to listen to incoming calls that are related to the call reference number. A signal is created which listens for a trigger-signal in basic functions in the basic code module. After the incoming call, related to the call reference number is detected, the signal listener is allocated to the incoming call, wherein an application in the programming module is executed after the signal listener detects the trigger signal related to the call reference number.

Abstract: Methods and devices for providing naming information of a called party to a circuit-switched mobile terminal (300, 600, 900, 1000) of a calling party via a mobile telecommunication network are described. In particular, a method performed by a circuit-switched switching node (310, 610, 910, 1010) comprises the steps of receiving (S100) from the mobile terminal a request for setting up a call to a terminal (340, 640, 940-948) of the called party, obtaining (S110) an identifier of the called party, sending (S120) a request for naming information of the called party to a database (330, 630, 930, S22, S33) wherein the naming information of the called party is registerable in association with the called party identifier, the request comprising the identifier, receiving (S130) the naming information from the database, and executing (S140) a delivery of the naming information to the mobile terminal.

Abstract: A mobile station in a telecommunication network, comprising a radio access network and a core network, initiates a communication to multiple destination parties. The mobile station assembles and includes the multiple destination parties in a multiple destination party container and inserts this container in a communication initiating message. The mobile station transmits the message via the radio access network to an access node of the core network. The access node retrieves the multiple destination party container from the received message and initializes the communication to multiple destination parties via the core network.

Abstract: A method of supporting a communication between a mobile terminal UE and a serving node of a telecommunication network, the serving node comprising an application interface, a programming module and a basic code module storing and processing basic functions. The serving node receives an initialization message from the UE and determines a call reference number for the incoming call. An incoming call listener is activated to listen to incoming calls that are related to the call reference number. A signal is created which listens for a trigger-signal in basic functions in the basic code module. After the incoming call, related to the call reference number is detected, the signal listener is allocated to the incoming call, wherein an application in the programming module is executed after the signal listener detects the trigger signal related to the call reference number.

Abstract: A method and a signaling node for reducing signaling during call setup in a communication network. The signaling node is an intermediate node on a signaling path between an origination node and a destination node. When a call setup delay is experienced, the intermediate node receives a first excessive delay indication signal from the destination node and forwards the signal to the origination node. A timer for supervising excessive delay indication signals is then started in the intermediate node. Prior to expiration of the timer, additional excessive delay indication signals received from the destination node are not forwarded. After expiration of the timer, the intermediate node sends a single excessive delay indication signal to the origination node.

Abstract: A method and a signaling node for reducing signaling during call setup in a communication network. The signaling node is an intermediate node on a signaling path between an origination node and a destination node. When a call setup delay is experienced, the intermediate node receives a first excessive delay indication signal from the destination node and forwards the signal to the origination node. A timer for supervising excessive delay indication signals is then started in the intermediate node. Prior to expiration of the timer, additional excessive delay indication signals received from the destination node are not forwarded. After expiration of the timer, the intermediate node sends a single excessive delay indication signal to the origination node.