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    • 5. 发明申请
    • Media organization for distributed sending of media data
    • 用于分发发送媒体数据的媒体组织
    • US20090083806A1
    • 2009-03-26
    • US12326818
    • 2008-12-02
    • Peter T. BarrettJames Armand BaldwinDustin L. Green
    • Peter T. BarrettJames Armand BaldwinDustin L. Green
    • H04N7/173
    • H04N21/6581H04N7/17336H04N21/222H04N21/2318H04N21/26208
    • Media data is distributed across multiple devices and is locatable using a hashing function and a hash table. The media data is partially replicated based on popularity thereof. In a described implementation, a media data block is locatable by hashing a media data indicator to produce a media data hash value that maps to a bin of the hash table. The bin is associated with at least one device that stores and/or with a sender that is capable of sending to clients the media data blocks mapping thereto. Each bin may have primary and secondary roles. Devices holding primary roles store all of the media data blocks mapping to a bin. Devices holding secondary roles replicate the media data blocks mapping to the bin that are also within a top predetermined popularity percentage. Popularity is determined based on numbers of clients currently requesting a particular media data portion.
    • 媒体数据分布在多个设备上,并且可以使用散列函数和散列表进行定位。 媒体数据基于其受欢迎程度被部分复制。 在所描述的实现中,通过对媒体数据指示符进行散列以产生映射到散列表的一个bin的媒体数据散列值来定位媒体数据块。 该箱与至少一个存储和/或与能够向客户端发送映射到其的媒体数据块的发送器的设备相关联。 每个bin可能具有主要和次要角色。 保存主要角色的设备将所有媒体数据块映射到一个bin。 持有辅助角色的设备将映射到本机的媒体数据块复制到也在最高预定的百分比之内。 流行度是根据当前请求特定媒体数据部分的客户端数确定的。
    • 8. 发明授权
    • Media organization for distributed sending of media data
    • 用于分发发送媒体数据的媒体组织
    • US08037200B2
    • 2011-10-11
    • US12326818
    • 2008-12-02
    • Peter T. BarrettDustin L. GreenJames Armand Baldwin
    • Peter T. BarrettDustin L. GreenJames Armand Baldwin
    • G06F15/16
    • H04N21/6581H04N7/17336H04N21/222H04N21/2318H04N21/26208
    • Media data is distributed across multiple devices and is locatable using a hashing function and a hash table. The media data is partially replicated based on popularity thereof. In a described implementation, a media data block is locatable by hashing a media data indicator to produce a media data hash value that maps to a bin of the hash table. The bin is associated with at least one device that stores and/or with a sender that is capable of sending to clients the media data blocks mapping thereto. Each bin may have primary and secondary roles. Devices holding primary roles store all of the media data blocks mapping to a bin. Devices holding secondary roles replicate the media data blocks mapping to the bin that are also within a top predetermined popularity percentage. Popularity is determined based on numbers of clients currently requesting a particular media data portion.
    • 媒体数据分布在多个设备上,并且可以使用散列函数和散列表进行定位。 媒体数据基于其受欢迎程度被部分复制。 在所描述的实现中,通过对媒体数据指示符进行散列以产生映射到散列表的一个bin的媒体数据散列值来定位媒体数据块。 该箱与至少一个存储和/或与能够向客户端发送映射到其的媒体数据块的发送器的设备相关联。 每个bin可能具有主要和次要角色。 保存主要角色的设备将所有媒体数据块映射到一个bin。 持有辅助角色的设备将映射到本机的媒体数据块复制到也在最高预定的百分比之内。 流行度是根据当前请求特定媒体数据部分的客户端数确定的。
    • 9. 发明授权
    • Architecture for distributed sending of media data
    • 用于分发发送媒体数据的体系结构
    • US07614071B2
    • 2009-11-03
    • US10800251
    • 2004-03-12
    • Peter T. BarrettJames Armand BaldwinDustin L. Green
    • Peter T. BarrettJames Armand BaldwinDustin L. Green
    • H04N7/173
    • H04N21/2312H04N7/17336H04N21/23103H04N21/2318H04N21/26208H04N21/26216H04N21/47202H04N21/632H04N21/6405H04N21/6581H04N21/8352H04N21/8456
    • Media data is distributed across multiple devices, and decentralized media data dissemination architecture is formed. Multiple respective senders are associated with multiple respective distributed portions of the media data. Multiple schedulers are associated with clients and are capable of scheduling the sending of media data thereto. Schedulers formulate send requests that stipulate particular media data portions and designate destination clients. These send requests are transmitted to the multiple senders in accordance with the associated respective distributed portions in conjunction with the stipulated particular media data portion of each send request. The senders are capable of sending the stipulated particular media data portions of the send requests to the designated destination clients without routing through the schedulers. In a described implementation, a sender and a scheduler are present on each device of the multiple devices.
    • 媒体数据分布在多个设备上,形成分散的媒体数据传播架构。 多个相应的发送者与媒体数据的多个相应分布的部分相关联。 多个调度器与客户端相关联,并且能够调度向其发送媒体数据。 调度器制定了规定特定媒体数据部分并指定目标客户端的发送请求。 这些发送请求结合每个发送请求的规定的特定媒体数据部分,根据关联的各个分配部分被发送到多个发送者。 发送者能够将发送请求的规定的特定媒体数据部分发送到指定的目的地客户端而不通过调度器路由。 在所描述的实现中,在多个设备的每个设备上存在发送者和调度器。