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    • 2. 发明授权
    • Local area-networked system having intelligent traffic control and efficient bandwidth management
    • 具有智能流量控制和高效带宽管理的局域网系统
    • US07529263B1
    • 2009-05-05
    • US10345870
    • 2003-01-16
    • Carlton J. SparrellAlexander D. VasilevskyChester RuszczykJinyou Zhang
    • Carlton J. SparrellAlexander D. VasilevskyChester RuszczykJinyou Zhang
    • H04L12/64
    • H04L12/2838H04L12/2834H04L47/10H04L47/13H04L47/2475H04L2012/2849Y02D70/10
    • A centralized interactive TV recording and reproduction system linking several “Quality of Service” (QoS) reproduction and control units (such as television and audio reproduction receivers), as well as high bandwidth non-QoS legacy devices such as PCs, via a Home Area Network (HAN) to a centralized media server, has novel traffic control to prevent non-QoS devices from establishing and maintaining high-bandwidth network connections during the real-time transmission of media (video and/or audio) information from the media server to the QoS devices. In the preferred embodiment, the media server also contains a gateway device for connecting the HAN to a Wide Area Network, Metropolitan Area Network, and/or the Internet, and the media server also receives video and audio signals from sources such as cable, satellite, terrestrial broadcast, etc. The media server also contains a network router. All traffic from non-QoS devices is routed through the media server, and the media server limits the delivery of packets sent from source non-QoS devices to destination non-QoS devices. As a further refinement to prevent interruptions in real-time transmissions of video and audio information to QoS devices, the information can be buffered at the QoS device level.
    • 一个集中的交互式电视记录和再现系统,通过家庭区域连接多个“服务质量”(QoS)再现和控制单元(如电视和音频再现接收机)以及高带宽非QoS传统设备(如PC) 网络(HAN)到集中式媒体服务器,具有新颖的流量控制,以防止非QoS设备在从媒体服务器到媒体(视频和/或音频)信息的实时传输期间建立和维护高带宽网络连接 QoS设备。 在优选实施例中,媒体服务器还包括用于将HAN连接到广域网,城域网和/或因特网的网关设备,并且媒体服务器还从源(例如有线,卫星)接收视频和音频信号 ,地面广播等。媒体服务器还包含一个网络路由器。 来自非QoS设备的所有业务通过媒体服务器路由,媒体服务器限制从源非QoS设备发送到目的非QoS设备的数据包传送。 作为进一步改进以防止将视频和音频信息实时传输到QoS设备的中断,可以在QoS设备级别缓冲信息。
    • 4. 发明授权
    • Collaborative transcoding
    • 协作转码
    • US08688665B2
    • 2014-04-01
    • US12245235
    • 2008-10-03
    • Thomas M. TirpakCarlton J. Sparrell
    • Thomas M. TirpakCarlton J. Sparrell
    • G06F7/00G06F15/16
    • H04L65/605H04L65/4084
    • A method of collaborative transcoding includes discovering capabilities of devices within a network; exchanging information about content stored within the network; anticipating a request for a content item in a target format; identifying a location of the content item by referencing the information about content stored within the network; and, if the content item is not in the target format, selecting a the device within the network to transcode the content into the target format. A system for collaborative transcoding includes a network, the network comprising a first networked device and at least one other networked device, the first networked device receiving a request for a content item in a target format; a shared content history; the shared content history comprising a list of content available on the network, the first networked device searching the shared content history to determine if another networked device can provide the content item; a capability list comprising a native format and transcoding capabilities of the networked devices, the first networked device searching the capability list to determine if any the networked device is configured to transcode the content item from a source format to a target format.
    • 协作代码转换的方法包括发现网络内的设备的能力; 交换关于存储在网络内的内容的信息; 预期以目标格式对内容项目的请求; 通过参考关于存储在网络内的内容的信息来识别内容项的位置; 并且如果内容项目不是目标格式,则选择网络内的设备将内容转码为目标格式。 用于协同转码的系统包括网络,所述网络包括第一联网设备和至少一个其他联网设备,所述第一联网设备以目标格式接收对内容项目的请求; 共享内容历史; 所述共享内容历史包括在所述网络上可用的内容的列表,所述第一联网设备搜索所述共享内容历史以确定其他联网设备是否可以提供所述内容项; 包括本地格式和所述联网设备的代码转换能力的能力列表,所述第一联网设备搜索所述能力列表以确定所述联网设备是否被配置为将内容项目从源格式转码为目标格式。