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    • 2. 发明授权
    • Representation groups for network streaming of coded multimedia data
    • 代码组,用于编码多媒体数据的网络流
    • US09456015B2
    • 2016-09-27
    • US13205559
    • 2011-08-08
    • Ying ChenThomas StockhammerMark Watson
    • Ying ChenThomas StockhammerMark Watson
    • H04L29/06
    • H04L65/604H04L65/4084H04L65/602H04L65/607H04L65/80
    • In one example, a device for receiving information for multimedia data, the device comprising one or more processors configured to analyze at least a portion of a manifest file for multimedia content, wherein the portion of the manifest file includes information indicative of sets of representations of the multimedia content and information indicative of common characteristics for each of the sets of representations, select one of the sets of representations based on the common characteristics for the one of the sets of representations, select one of the representations of the selected one of the sets of representations based on one or more coding characteristics of the one of the representations of the one of the sets, and generate a request for data of the one of the representations based on the selection.
    • 在一个示例中,用于接收多媒体数据的信息的设备,该设备包括被配置为分析用于多媒体内容的清单文件的至少一部分的一个或多个处理器,其中清单文件的该部分包括指示多个 多媒体内容和指示每个表示集合的共同特征的信息,基于表示集合中的一组的共同特征来选择表示集合中的一个,选择所选择的一个集合的表示中的一个 基于一个集合的一个表示的一个或多个编码特征的表示,并且基于该选择生成对该表示中的一个的数据的请求。
    • 4. 发明授权
    • Method for indicating lost segments
    • 指示丢失段的方法
    • US08379530B2
    • 2013-02-19
    • US12064238
    • 2006-08-17
    • Sergio ParolariLeonardo ProvvediThomas Stockhammer
    • Sergio ParolariLeonardo ProvvediThomas Stockhammer
    • G01R31/08
    • H04L1/0083H04L1/004
    • An application encoder generates independently accessible symbols and these symbols are aggregated by symbol aggregation means into a packet payload. The aggregated symbols in the packet payload are transported in a defined packet structure. These packets are transported over a channel by a packet transmitter that segments the packets into different segments by segmentation means. A segment receiver included in a first entity has the ability to detect whether a certain segment is lost and also knows the length of the lost segment. The segments are aggregated in the first entity to form at least one packet conforming to the packet stream. A symbol parser entity recovers the symbols and passes the individual symbols to an application decoder. The symbol parser in the second entity recovers, from the recovered non-lost information of each received packet, individual symbols.
    • 应用编码器生成独立可访问的符号,并且这些符号由符号聚合装置聚合成分组有效载荷。 分组有效载荷中的聚合符号以定义的分组结构传送。 这些分组通过分组传送器在信道上传输,分组发送器通过分段方式将分组分段成不同的分段。 包括在第一实体中的段接收器具有检测某个段是否丢失并且还知道丢失段的长度的能力。 这些段被聚合在第一实体中以形成符合分组流的至少一个分组。 符号解析器实体恢复符号并将各个符号传递给应用解码器。 第二实体中的符号解析器从恢复的每个接收到的分组的非丢失信息中恢复各个符号。
    • 5. 发明申请
    • METHOD FOR INDICATING LOST SEGMENTS
    • US20100135165A1
    • 2010-06-03
    • US12064238
    • 2006-08-17
    • Sergio ParolariLeonardo ProvvediThomas Stockhammer
    • Sergio ParolariLeonardo ProvvediThomas Stockhammer
    • H04L12/26
    • H04L1/0083H04L1/004
    • For indicating lost segments (LS) across layer boundaries an application encoder (AE) generates independently accessible symbols (Sym) , these symbols (Sym) are aggregated by symbol aggregation means (SA) into a packet payload, the aggregated symbols in the packet payload are transported in a defined packet structure (P1) whereby the packet structure (P1) is defined by anyone of at least one packet header, a block- check sequence, and a payload of variable length of aggregated independent symbols, these packets are transported over a channel by a packet transmitter (PT) segmenting the packets into different segments (S2) by segmentation means (SE), a segment receiver (SR*) included in a first entity has the ability to detect whether a certain segment is lost and also knows the length of the lost segment, the segments are aggregated in the first entity to form at least one packet conforming to the packet stream, the one or more packets are delivered to a packet receiver (CPS) in another, second entity by means of a normalized interface (Nil) between the two entities which allows to pass packets according to the specified format from the first entity to the second entity, a symbol parser entity (CPS) recovers the symbols and passes the individual symbols (Sym) to an application decoder (AR), whereby either correct symbols or erased symbols can be forwarded to the application decoder, the segment receiver (SR*) in the first entity inserts a certain pattern at the position where the lost or defective segment would be which indicates the loss or defect of segment and the length of the lost or defect segment in the aggregated packet, the packet receiver (CPS) in the second entity knows the format, the syntax and the semantics of the inserted pattern, means in the second entity search for specific patterns in the received packet (RP1*) and interpret each found pattern to recover all reliable non-lost information within the packet, and a symbol parser (CPS) in the second entity recovers from the recovered non-lost information of each received packet (RP1*) individual symbols (Sym).