Abstract: An elastomeric mixture comprises at least: one diene elastomer/polylactide copolymer A1 comprising a polylactide block PLLA or PDLA, where appropriate one or more other polylactide blocks which are all PLLA when the first block is PLLA or which are all PDLA when the first block is PDLA, the mass percentage of the polylactide block(s) being between 10% and 50% by weight relative to the weight of the copolymer A1, and a diene elastomer/polylactide copolymer B1 the mass percentage of the polylactide block(s) in said copolymer B1 being between 10% and 50% by weight relative to the weight of the copolymer B1, or a polylactide B2, or a mixture of said copolymer B1 and of said polylactide B2, the names PLLA and PDLA denoting a chain consisting of units of formula (I) —[CH(CH3)—C(O)—O]— (I), of which at least 70% by weight are, respectively, of L and D configuration.

Abstract: In order to recommend digital content to be delivered via a telecommunications network (RT) to a communication terminal (TC), a device (DRA) receives a first list (L1) of digital content produced from a recommendation system (SR) based on a user's profile, each piece of digital content on the list being associated with an estimate of the user's degree of interest, and receives cost estimates respectively associated with the deliveries of digital content included in the first list from another device (DAC), the cost being representative of resources of the telecommunications network needed to deliver the digital content from a content source (SC) to the communication terminal.

Abstract: The invention relates to a method for migrating a video session between a migrating device (12, 14), wherefrom a migration is operated, and a migrated device (12, 14), whereto the migration operates, both the migrating and the migrated devices (12, 14) communicating within their respective networks (18, 24) on the basis of specific telecommunication protocols, characterized in that it comprises the steps of: defining video parameters which identify a video content displayed in the migrating device (12, 14), transferring such video parameters from the network (18, 24) of the migrating device (12, 14) to the network (18, 24) of the migrated device (12, 14) in a session transfer message (22, 36, 38) transmitted through at least one server (17, 19, 30) which adapts the video parameters from a migrating device protocol to a migrated device protocol, displaying the video content in the migrated device (12, 14) using the video parameters transferred to the migrated device network (18, 24) so that the video conten