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    • 1. 发明授权
    • Internet content delivery service with third party cache interface support
    • 互联网内容传送服务与第三方缓存界面支持
    • US07010578B1
    • 2006-03-07
    • US09666171
    • 2000-09-21
    • Daniel M. LewinBruce MaggsJohn Josef Kloninger
    • Daniel M. LewinBruce MaggsJohn Josef Kloninger
    • G06F15/167
    • G06F17/30905
    • Third party cache appliances are configured into a content delivery service to enable such devices to cache and serve content that has been tagged for delivery by the service. The invention enables the content delivery service to extend the reach of its network while taking advantage of high performance, off-the-shelf cache appliances. If the third party caches comprise part of a third party content delivery network, the interconnection of caches to the CDS according to the present invention enables the CDS and the third party network to share responsibility for delivering the content. To facilitate such “content peering,” the CDS may also include a traffic analysis mechanism to provide the third party network with preferably real-time data identifying the content delivered by the CDS from the third party caches. The CDS may also include a logging mechanism to generate appropriate billing and reporting of the third party content that is delivered from the cache appliances that have been joined into the CDS.
    • 第三方缓存设备被配置为内容传送服务,以使得这些设备能够缓存并提供已被标记以供服务传送的内容。 本发明使得内容传送服务能够利用高性能的现成的缓存设备来扩展其网络的覆盖范围。 如果第三方缓存构成第三方内容传送网络的一部分,则根据本发明的高速缓存到CDS的互连使得CDS和第三方网络能够分担交付内容的责任。 为了促进这种“内容对等”,CDS还可以包括业务分析机制,以向第三方网络提供标识由CDS从第三方高速缓存传送的内容的优选实时数据。 CDS还可以包括记录机制,以生成从已经加入CDS的缓存装置传递的第三方内容的适当的计费和报告。
    • 2. 发明授权
    • Method and system for fault tolerant media streaming over the internet
    • 通过互联网进行容错媒体流的方法和系统
    • US07296082B2
    • 2007-11-13
    • US10457266
    • 2003-06-09
    • F. Thomson LeightonDaniel M. LewinDavid ShawBruce Maggs
    • F. Thomson LeightonDaniel M. LewinDavid ShawBruce Maggs
    • G06F15/16
    • H04L65/4092H04L29/06H04L29/06027H04L65/605H04L65/607H04L65/608H04L65/80H04N21/26616
    • A replication process to provide fault tolerance for a streaming signal in a computer network. In one embodiment, the original or source signal is sent to several splitters which, in turn, each make copies of the signal and send the copies into a second layer of devices, which are referred to as “concentrators.” A given concentrator receives as input one or more copies of the source signal. In a preferred embodiment, a given concentrator receives two copies of the source signal from at least two different splitters. The concentrators process the incoming streaming signal copies, for example, by merging them into a single or composite copy of the original source signal according to a given processing algorithm. The output of a given concentrator may then be fed into a splitter, with the process then being repeated if desired to make an arbitrary large number of copies of the signal. At the end of the replication process, the output of a splitter or a concentrator is fed directly or indirectly to an end user. The replication process is fault-tolerant, and thus the end user's signal is not interrupted regardless of signal or equipment problems within the distribution mechanism.
    • 为计算机网络中的流信号提供容错的复制过程。 在一个实施例中,原始或源信号被发送到多个分离器,这些分离器又分别进行信号的副本并将副本发送到被称为“集中器”的第二层设备。 给定的集中器作为输入接收源信号的一个或多个副本。 在优选实施例中,给定的集中器从至少两个不同的分配器接收源信号的两个拷贝。 集中器例如通过根据给定的处理算法将它们合并成原始信号源的单个或复合副本来处理输入的流传输信号副本。 然后可以将给定的聚光器的输出馈送到分离器中,如果需要,则重复该过程以产生任意大量的信号。 在复制过程结束时,分离器或集中器的输出被直接或间接地馈送给终端用户。 复制过程是容错的,因此无论分发机制中的信号或设备问题如何,最终用户的信号都不会中断。
    • 7. 发明申请
    • Method and system for fault tolerant media streaming over the Internet
    • 通过互联网进行容错媒体流的方法和系统
    • US20080052404A1
    • 2008-02-28
    • US11928042
    • 2007-10-30
    • F. LeightonDaniel LewinDavid ShawBruce Maggs
    • F. LeightonDaniel LewinDavid ShawBruce Maggs
    • G06F15/16
    • H04L65/4092H04L29/06H04L29/06027H04L65/605H04L65/607H04L65/608H04L65/80H04N21/26616
    • A replication process provides fault tolerance for a continuous media stream in a computer network. In one embodiment, the original or source signal is sent to several splitters which, in turn, each make copies of the signal and send the copies into a second layer of devices, which are referred to as “concentrators.” A given concentrator receives as input one or more copies of the source signal. In a preferred embodiment, a given concentrator receives two copies of the source signal from at least two different splitters. The concentrators process the incoming streaming signal copies, for example, by merging them into a single or composite copy of the original source signal according to a given processing algorithm. The output of a given concentrator may then be fed into a splitter, with the process then being repeated if desired to make an arbitrary large number of copies of the signal. At the end of the replication process, the output of a splitter or a concentrator is fed directly or indirectly to an end user. The replication process is fault-tolerant, and thus the end user's signal is not interrupted regardless of signal or equipment problems within the distribution mechanism.
    • 复制过程为计算机网络中的连续媒体流提供容错。 在一个实施例中,原始或源信号被发送到多个分离器,这些分离器又分别进行信号的副本并将副本发送到被称为“集中器”的第二层设备。 给定的集中器作为输入接收源信号的一个或多个副本。 在优选实施例中,给定的集中器从至少两个不同的分配器接收源信号的两个拷贝。 集中器例如通过根据给定的处理算法将它们合并成原始信号源的单个或复合副本来处理输入的流传输信号副本。 然后可以将给定的聚光器的输出馈送到分离器中,如果需要,则重复该过程以产生任意大量的信号。 在复制过程结束时,分离器或集中器的输出被直接或间接地馈送给终端用户。 复制过程是容错的,因此无论分发机制中的信号或设备问题如何,最终用户的信号都不会中断。