Abstract: Present invention refers to a method and a system for an automatic traffic offloading in a wireless telecommunication network with both Self Organization Network (SON) and Access Network Discovery and Selection Function (ANDSF) capabilities. According to various embodiments of the invention, a user equipment collects some status information and send said information to a node of the network, where an optimization algorithm is applied and a decision for an offloading through a Wi-Fi access point in range of the UE is taken.

Abstract: The system comprises a plurality of radio access nodes, or cells, each of said cells providing a coverage area to a plurality of user equipments, characterized in that each of said radio access nodes is splitted into: a common processing section (1) which performs a main processing stage; and a plurality of remote transceiving sections (2a, 2b, 2c), each performing a local processing stage complementing said main processing stage, being operatively connected to said common processing section, and constituting a sub-cell providing a coverage sub-area, wherein said coverage area is distributed into said coverage sub-areas. The method is arranged for carrying out said splitting of radio access nodes.

Abstract: The method comprises coordinating the use of radio resources between different network elements including a macro base station and SCENs deployed in the coverage area of the macro base station, operating in FDD mode, by means of the sending of messages between part or all of the network elements through a synchronized TDD air interface, unidirectionally, by broadcasting, or bidirectionally, through dedicated channels. The system comprises: several network elements including: a macro base station operating in FDD mode; and a plurality of SCENs deployed within the coverage area of the macro base station and also operating in FDD mode; and means for coordinating the use of radio resources between different network elements by the sending of messages between part or all of the network elements through a synchronized TDD air interface.

Abstract: The method comprises arranging a radio access node network deployment in a master/slave configuration, and automatically performing a switching on and/or switching off of RF transceivers of the slave radio access nodes of said radio access node network deployment. The system is adapted for implementing the method of the invention.

Abstract: The present invention refers to a method for managing a network access user policy (UOP) associated to with a user equipment (UE1) for offloading data traffic, using Access Network Discovery and Selection Function (ANDSF), wherein one or more Wi-Fi access points are available for the UE1 and the UE1 is in communication with an server through a mobile communications network.

Abstract: The system comprises a plurality of radio access nodes, or cells, each of said cells providing a coverage area to a plurality of user equipments, characterised in that each of said radio access nodes is splitted into: a common processing section (1) which performs a main processing stage; and a plurality of remote transceiving sections (2a, 2b, 2c), each performing a local processing stage complementing said main processing stage, being operatively connected to said common processing section, and constituting a sub-cell providing a coverage sub-area, wherein said coverage area is distributed into said coverage sub-areas. The method is arranged for carrying out said splitting of radio access nodes.

Abstract: The method comprises coordinating the use of radio resources between different network elements including a macro base station and SCENs deployed in the coverage area of the macro base station, operating in FDD mode, by means of the sending of messages between part or all of the network elements through a synchronized TDD air interface, unidirectionally, by broadcasting, or bidirectionally, through dedicated channels. The system comprises: several network elements including: a macro base station operating in FDD mode; and a plurality of SCENs deployed within the coverage area of the macro base station and also operating in FDD mode; and means for coordinating the use of radio resources between different network elements by the sending of messages between part or all of the network elements through a synchronized TDD air interface.