Abstract: The media stream processing device between a plurality of media terminals (UA, UB, UC, UD) and a processing unit (UV) over a communication network. The processing unit (UV) is capable of sending a media stream transmission pause/resume command signal in the format of a RTP/RTCP real-time communication protocol or equivalent intended for at least one media terminal in response to a chosen event.

Abstract: The media stream processing device between a plurality of media terminals (UA, UB, UC, UD) and a processing unit (UV) over a communication network. The processing unit (UV) is capable of sending a media stream transmission pause/resume command signal in the format of a RTP/RTCP real-time communication protocol or equivalent intended for at least one media terminal in response to a chosen event.

Abstract: Method for automatically tagging media content that includes the steps of a media server obtaining capture tagging information from that media content upon capturing thereof and sending the capture tagging information and said media content to an application server. The application server tagging the media content with tagging information comprising at least part of the capture tagging information.

Abstract: A communication method comprising the display, on a communication mobile terminal (2) equipped with a camera, a rich video comprising a real filmed scene in which are imbedded additional visual elements connected with said scene, within which video enrichment operations are carried out within a remote communication system (3) and are rendered on the mobile terminal (2) in real time.

Abstract: The invention relates to a method of managing calls in a mobile telephone network comprising a network core, and a network controller controlling base stations, the base station controller being used to control the transfer of an ongoing call on the network to a target network when the mobile terminal is about to leave the coverage zone of the first network (R1). In order to enable the transfer to take place to the target network (R2, R3, R4), the network core transmits information to the controller representing the rights available to the mobile terminal, this information being distinct from the international identity code of the mobile subscriber. The information relating to rights is preferably inserted in the temporary mobile subscriber identity (TMSI) code.

Abstract: A method of improving co-operation between entities in a cellular mobile radio communications network, wherein during inter-cell call handover, a new server cell is chosen from a set of candidate cells as being a candidate cell to which a requested handover is possible, and candidate cells to which a requested handover is not possible are referred to as rejected cells. When executing an external call handover from a current server cell controlled by a current server entity to a new server cell chosen from the set of candidate cells and controlled by a new server entity which is distinct from the current server entity, the new server entity is informed of any previously rejected cells.

Abstract: A method of improving co-operation between entities in a cellular mobile radiocommunications network, during inter-cell call handover, during which a “new server cell” is chosen from a set of “candidate cells” as being a candidate cell to which a requested handover is possible, candidate cells to which a requested handover is not possible being referred to as “rejected cells”, wherein, during “external” call handover, namely when handing over a call from a “current server cell” controlled by a “current server entity” to a “new server cell” controlled by a “new server entity” which is distinct from said current server entity, said new server entity is informed of any previously rejected cells.