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    • 4. 发明授权
    • FEC-based reliability control protocols
    • 基于FEC的可靠性控制协议
    • US08458567B2
    • 2013-06-04
    • US12263098
    • 2008-10-31
    • Michael LubyMatt DoucleffAvi WigdersonSoren Lassen
    • Michael LubyMatt DoucleffAvi WigdersonSoren Lassen
    • H03M13/00
    • H04L1/1819H03M13/3761H03M13/6547H04L1/1887H04L69/16H04L69/163
    • In a transport system, data is reliably transported from a sender to a receiver by organizing the data to be transported into data blocks, wherein each data block comprises a plurality of encoding units, transmitting encoding units of a first data block from the sender to the receiver, and detecting, at the sender, acknowledgments of receipt of encoding units by the receiver. At the sender, a probability that the receiver received sufficient encoding units of the first data block to recover the first data block at the receiver is detected and the probability is tested against a threshold probability to determine whether a predetermined test is met. Following the step of testing and prior to the sender receiving confirmation of recovery of the first data block at the receiver, when the predetermined test is met, transmitting encoding units of a second data block from the sender. If an indication of failure to recover the first data block is received at the sender, sending further encoding units for the first data block from the sender to the receiver. In some embodiments, the predetermined test is a comparison of the probability against the threshold probability and the predetermined test is met when the probability is greater than the threshold probability.
    • 在传送系统中,通过将要传送的数据组织成数据块,数据可靠地从发送方传送到接收方,其中每个数据块包括多个编码单元,将第一数据块的编码单元从发送器发送到 并且在发送器处检测由接收器接收编码单元的确认。 在发送器处,检测到接收器接收到第一数据块的足够的编码单元以恢复接收器处的第一数据块的概率,并且针对阈值概率测试概率以确定是否满足预定的测试。 在测试步骤之后,并且在发送方接收到在接收机处恢复第一数据块的确认之前,当满足预定测试时,从发送方发送第二数据块的编码单元。 如果在发送方收到恢复第一数据块的指示,则从发送方向接收方发送第一数据块的另外的编码单元。 在一些实施例中,预定测试是当概率大于阈值概率时,对阈值概率的概率和满足预定测试的概率的比较。
    • 7. 发明申请
    • FEC STREAMING WITH AGGREGATION OF CONCURRENT STREAMS FOR FEC COMPUTATION
    • FEC流混合用于FEC计算的并流
    • US20070189401A1
    • 2007-08-16
    • US11674628
    • 2007-02-13
    • Mark WatsonMichael Luby
    • Mark WatsonMichael Luby
    • H04L27/00
    • H04L1/0041H03M13/373H03M13/3761H04B1/66H04L1/0057H04L1/0078H04N19/89
    • Transmitters and receivers deal with streams of data, wherein the receiver is expected to begin using received data before receiving all of the data. Concurrent streams are sent and FEC coding is used with the streams and done as an aggregate. The transmitter performs FEC operations over the plurality of streams, wherein source blocks from at least two streams logically associated into a jumbo source block and FEC processing is performed to generate one or more jumbo repair block from the jumbo source block. Each of the source blocks comprises one or more source symbols from their respective stream. The jumbo source symbols can be of constant size and are suitably aligned along size boundaries that make processing efficient. Each source symbol need not be the same size, and the number of source symbols from each stream in a jumbo source block need not be the same value across streams.
    • 发射机和接收机处理数据流,其中接收机预期在接收所有数据之前开始使用接收的数据。 并发流被发送,FEC编码与流一起使用,并作为聚合完成。 发射机对多个流执行FEC操作,其中执行逻辑上关联到巨型源块和FEC处理中的至少两个流的源块,以从巨型源块生成一个或多个巨型维修块。 每个源块包括来自它们各自的流的一个或多个源符号。 巨型源符号可以具有恒定的大小,并且可以沿着使处理有效的大小边界适当地对齐。 每个源符号不需要相同的大小,并且来自巨型源块中的每个流的源符号的数量不必在每个流之间具有相同的值。
    • 9. 发明授权
    • FEC architecture for streaming services including symbol-based operations and packet tagging
    • 用于流服务的FEC架构,包括基于符号的操作和分组标签
    • US07660245B1
    • 2010-02-09
    • US11229009
    • 2005-09-16
    • Michael Luby
    • Michael Luby
    • H04J1/16
    • H04L1/0041H04L1/0075H04L1/0083
    • In a packet communications system stream data is transported over a channel over which packet loss or corruption is possible, with forward error correction (“FEC”) information. A transmitter receives source packets comprising source data, generates FEC source packets formatted to allow for identification of lost or corrupted source packets at a receiver, arranges source data from the source packets into a plurality of source symbols wherein at least one source packet is arranged into more than one source symbol, associates a plurality of source symbols with a source block, generates a plurality of repair symbols from the source block according to a predetermined FEC encoding process and groups the plurality of repair symbols into one or more FEC repair packets associated with the source block. A receiver can use the FEC repair symbols from the FEC repair packets to recover source symbols, as needed.
    • 在分组通信系统中,数据通过前向纠错(“FEC”)信息在可能的分组丢失或损坏的信道上传送。 发射机接收包括源数据的源分组,生成格式化为允许在接收机处识别丢失或损坏的源分组的FEC源分组,将来自源分组的源数据排列成多个源符号,其中至少一个源分组被布置成 多个源符号将多个源符号与源块相关联,根据预定的FEC编码处理从源块生成多个修复符号,并将多个修复符号分组成与...相关联的一个或多个FEC修复包 源块。 接收机可以根据需要使用来自FEC修复分组的FEC修复符号来恢复源符号。