Telefonaktiebolaget Lm Ericsson (publ)

Ericsson Gmbh

Dimitrios Papadimitriou

Klaus Turina

Theodore Havinis

Enrico De Luca

Josephus Kuster

Sean Kendall Schneyer

Jo Kuster

Ciriaco Angelo

A system and method of controlling paging flow in a network for cellular communications is provided. According to an embodiment, a control node receives a request for paging a mobile station; determines a location area in which the paging shall be performed; checks whether the number of paging transactions which are ongoing for the location area is lower than at least one maximum number of ongoing paging transactions allowed for the location area; update the number of ongoing paging transactions for the location area, after a determination that the number of ongoing paging transactions is lower than a maximum number, update the number of ongoing paging transactions for the location area; and process the paging request.

Method and telecommunications system for controlling paging flow in a network for cellular communications

The present invention provides a method, apparatus and system for managing subscriber data in a telecommunications system. The present invention receives one or more messages from a mobile station. The one or more messages received may be a routing area update request signal. Subsequently, the present invention requests the subscriber data from a home location register. The subscriber data contains circuit switching data, packet switching data, or circuit switching data and packet switching data. Then, the subscriber data is stored in the new universal visitor location register. The present invention may request the subscriber data from the home location register by sending an update location signal to the home location register.

Method, apparatus and system for managing subscriber data

Disclosed are systems and methods for associating querying switches with responsive access nodes in a telecommunications network () having a switch pool (). The methods include techniques for assigning a switch () of the switch pool () as a handling switch for queries received from the plurality of access nodes (). The handling switch directs queries to respective target access nodes (). The handling switch also receives responses from target access nodes. Techniques are provided for reassignment of the handling switch from among switches () of the switch pool () on the basis of various criteria such as, for example load or transaction count. Examples of the invention in the context of a Global System for Mobile Communications (GSM) network () having a Mobile Switching Center (MSC) pool () are described.

Switch selection mechanism for a switch pool in a wireless telecommunications network

To achieve an efficient and flexible routing of signaling messages between a core network and an access network in a mobile communication cellular network, it is proposed to provide a pool of mobile switching apparatuses between the core network and the access network. Each mobile switching apparatus in the pool ( ) comprises a signaling unit ( ) adapted to issue a paging message to the access network for connection establishment to a mobile terminal. Further, according to the present invention it is proposed to provide each mobile switching apparatus in the pool ( ) with a relay unit ( ) adapted to receive a paging response from the access network. Further, the relay unit ( ) is adapted to determine a mobile switching apparatus in the pool ( ) of mobile switching apparatuses handling the paging response.

Signaling in a mobile cellular communication network with pooled MSCs

Provided is a method, computer program, and system that implements a location service in a mobile communications network to generate a location estimate for a terminal device associated with a user. The method takes a location request, and, with a precision that is dependent on an assigned priority level, estimates the location of a mobile phone. The computer program implements the method in software with modular programming. The system achieves the present invention by applying a location services algorithm to a mobile communications network.

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Dallas, TX, United States of America

Dimitrios Papadimitriou