Abstract:
A method includes receiving at least an indication of a notification message through a first channel and receiving at least a part of the notification message through a second channel. The receiving at least an indication of a notification message may include a push-type delivery, and the receiving at least a part of the notification message may include a pull procedure. Alternatively, the receiving at least an indication of a notification message may include a poll-type delivery, and the receiving at least a part of the notification message may include a pull procedure.
Abstract:
Un método, que comprende: (a) detectar una pérdida de paquetes (504) en un flujo de paquetes de datos parcial en una red entre pares; (b) señalizar una indicación de paquetes perdidos (518) a uno o más pares emisores que sirven el flujo de paquetes de datos parcial que corresponde a la pérdida de paquetes; (c) después de la satisfacción de un parámetro umbral (524) sin recibir paquetes perdidos, señalizar a uno o más pares candidatos una solicitud para retransmisión de los paquetes perdidos, siendo los pares candidatos pares que no sirven el flujo de paquetes de datos parcial; y (d) recibir los paquetes perdidos a través de uno de los pares candidatos.
Abstract:
Various embodiments of present invention relate to the synchronization of an SDP stream to the media stream. In various embodiments, the SDP-consuming application initiates a FLUTE receiver and retrieves new versions of the SDP file. The terminal also retrieves information from the RTCP layer about the current sender time. The sender time is indicated as an NTP timestamp in RTCP sender reports. The receiver indicates to the player that the new SDP file will be valid after some time period. Various embodiments of the present invention also cover the behavior of a terminal upon receiving an SDP update. Still further, various embodiments of the present invention provides for richer out-of-band ESG delivery than conventional systems, permitting more meaningful session updates.
Abstract:
Various embodiments of present invention relate to the synchronization of an SDP stream to the media stream. In various embodiments, the SDP-consuming application initiates a FLUTE receiver and retrieves new versions of the SDP file. The terminal also retrieves information from the RTCP layer about the current sender time. The sender time is indicated as an NTP timestamp in RTCP sender reports. The receiver indicates to the player that the new SDP file will be valid after some time period. Various embodiments of the present invention also cover the behavior of a terminal upon receiving an SDP update. Still further, various embodiments of the present invention provides for richer out-of-band ESG delivery than conventional systems, permitting more meaningful session updates.
Abstract:
An improved system and method for implementing Multimedia Broadcast/Multicast Service (MBMS) handover during download delivery. Various embodiments of the present invention involve the use of the HTTP/1.1 “chunked” mode to deliver updates of the file delivery table (FDT) of a session in a push-like mode. In order to allow for push delivery of the contents of a FLUTE session, each FDT instance is encoded as one part of a multipart MIME message and is sent as a separate chunk. The receiver can interpret each of the separate chunks to extract the FDT instance from the chunks. The content type of each part of the message is set to “text/xml” or another MIMI type in order to indicate that the content is an FDT instance. After parsing the FDT instance and updating the FDT, the receiver is able to identify which files of the session are of interest and can perform a HTTP GET request to retrieve a specific file.
Abstract:
A method, apparatus and computer program product are provided for notifying a client device, such as a mobile terminal, as to an upcoming change to the configuration of an ongoing streaming session such that the subsequent change to the configuration of the streaming session may be accomplished in an efficient manner. The method, apparatus and computer program product may be configured to effect the change in the configuration of the streaming session even in instances in which the ongoing streaming session is relying upon a non-persistent session control connection.