Nokia Solutions and Networks Oy

Nokia Technologies Oy

Gerald Goermer

Silke Holtmanns

Klaus Hoffmann

Li Zhu

Maryse Gardella

Vesa Pauli Hellgren

Jens Schendel

Robert Engelbert Hubert Kamphuis

Martin Farthofer

Petr Sanda

There are provided measures for coordinated session charging in roaming scenarios. Such measures (of a first session management entity of a first mobile network in a roaming charging related scenario between said first mobile network and a second mobile network) exemplarily comprise transmitting a session creation request message to a second session management entity of said second mobile network, said session creation request message including information indicative of a first configuration utilized for mobile network related charging, and receiving a session creation response message from said second session management entity of said second mobile network, said session creation response message including information indicative of a second configuration utilized for mobile network related charging.

Coordinated session charging in roaming scenarios

A method and an apparatus for use in a communication network are provided. First protocol elements are acquired from a user plane of a first network entity of the communication network, the first network entity having a split network function into the user plane and a control plane. Second protocol elements are acquired from the control plane of the first network entity, and third protocol elements are generated from the first and second protocol elements for a second network entity of the communication network, the second network entity being separate from the first network entity.

Control plane user plane correlation function

It is provided a method, comprising monitoring if a request is received, wherein the request requests to replace a stored first address of a charging system by a second address, the first address is different from the second address, and the charging system is assumed to control a primary account of a subscriber; informing that the request might be malicious if the request is received.

Detection method against charging fraud

A mechanism for a user equipment is described. The mechanism comprises allocating a secure memory area, wherein said secure memory area being inaccessible by a user of the user equipment; generating an charging identifier relating to proximity communication involving the user equipment; collecting proximity service charging data during the proximity communication; storing the charging identifier and the proximity service charging data in the secure memory area.

Proximity service charging

Certain embodiments may have measures that include establishing a connection between a network and a neighboring network for transiting a transmission session, obtaining connection state parameters based on at least one of the connection, the network, and the neighboring network, and generating a charging information message based on the connection state parameters at a network interface side, and receiving a charging information message related to a connection between a network and a neighboring network for transiting a transmission session, storing connection state parameters based on the charging information message, and generating an account for the transmission session based on the connection state parameters at a charging evaluation side.

Network interface utilization dependent charging determination

A short message service (SMS) node detects that at least one request to deliver a plurality of short messages (SM) originates from a single user. Information (MSISDN, ISMI) related to recipients of the plurality of short messages is combined in a signaling message, and the signaling message is transmitted to a charging function (OFCS, OCS).

Charging for short message delivery

A method of handling time information in a communications system () comprising: receiving a message at a proxy entity such as a P-CSCF () in an IP Multimedia Subsystem (IMS) core network (); determining a time zone offset between a local time of a terminal and a core network time; providing the time zone offset to a network element () in the core network; and generating a time stamp in the network element adjusted to correspond to the local time.

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Wandlitz, Germany

Gerald Goermer