Abstract: Embodiments described herein relate to the adaptation of a real-time Web communication transmission profile, particularly the adaptation of throughput such as the video throughput of the real-time Web communication. A method is described for adapting a real-time Web communication transmission profile, including changing a transmission profile parameter of a real-time Web communication device on the basis of bandwidth-related data recovered during a real-time Web communication time period. Thus, the transmission profile can be adapted to the bandwidth of the real-time Web communication in progress, allowing a user to enjoy the best quality when the bandwidth allows and, conversely, to limit transmission errors when the bandwidth does not allow high throughput.

Abstract: A method for adapting the display of a video stream by a client includes a modification of a video tag of the client. The modified video tag is a function of a resolution of equipment supplying the video stream, of a size of a display window for the video stream, and of an accuracy parameter. The modified video tag has the same relation as the resolution to the size of the display window in which the video stream is displayed by the client.

Abstract: Embodiments described herein relate to the adaptation of a real-time Web communication transmission profile, particularly the adaptation of throughput such as the video throughput of the real-time Web communication. A method is described for adapting a real-time Web communication transmission profile, including changing a transmission profile parameter of a real-time Web communication device on the basis of bandwidth-related data recovered during a real-time Web communication time period. Thus, the transmission profile can be adapted to the bandwidth of the real-time Web communication in progress, allowing a user to enjoy the best quality when the bandwidth allows and, conversely, to limit transmission errors when the bandwidth does not allow high throughput.

Abstract: Remote access is provided to content from a thin client, such as an internet browser, of a communication terminal. A method is provided for accessing at least one piece of content from a thin client of a remote communication terminal, the content being executed by a device for providing access to content on a communication network. The access method includes replication of at least one content replication signal by the thin client. The replication signal that is received by the thin client during a communication session with the content access provider device is produced by an execution module of the content access provider device and relayed unprocessed by a decoy module of the content access provider device. The decoy module is registered with the content access provider device as a virtual replication peripheral.

Abstract: The invention concerns a method of interaction with an application executed by a piece of equipment separate from a client terminal implementing the method of interaction. In particular, the method of interaction is a method for interaction of a client terminal with an application executed remotely. The application executed remotely is, in particular, a video game broadcast using, for example, a WebRTC communication protocol.

Abstract: A method for adapting the display of a video stream by a client includes a modification of a video tag of the client. The modified video tag is a function of a resolution of equipment supplying the video stream, of a size of a display window for the video stream, and of an accuracy parameter.

Abstract: Remote access is provided to content from a thin client, such as an internet browser, of a communication terminal. A method is provided for accessing at least one piece of content from a thin client of a remote communication terminal, the content being executed by a device for providing access to content on a communication network. The access method includes replication of at least one content replication signal by the thin client. The replication signal that is received by the thin client during a communication session with the content access provider device is produced by an execution module of the content access provider device and relayed unprocessed by a decoy module of the content access provider device. The decoy module is registered with the content access provider device as a virtual replication peripheral.

Abstract: This method of managing at least one application referenced by a device (TRM) comprises a step of deleting execution data of said application, said execution data including at least some of the execution context of said application and said execution data that have been stored on remote equipment (SRV), and a step of downloading execution data of said application from said remote equipment.