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    • 81. 发明申请
    • TWO-LEVEL STRUCTURED OVERLAY DESIGN FOR CLUSTER MANAGEMENT IN A PEER-TO-PEER NETWORK
    • 同层对等网络中集群管理的两级结构化覆盖设计
    • US20080183891A1
    • 2008-07-31
    • US12017534
    • 2008-01-22
    • Jian NiJie LinSteven J. HarringtonNaveen Sharma
    • Jian NiJie LinSteven J. HarringtonNaveen Sharma
    • G06F15/173
    • H04L12/4625H04L45/64H04L67/104H04L67/1053H04L67/1059H04L67/1065
    • A method and system for designing file replication schemes in file sharing systems consider node storage constraints and node up/down statistics, file storage costs, and file transfer costs among the nodes, user request rates for the files, and user specified file availability requirements. Based on these considerations, a systematic method for designing file replication schemes can be implemented. The method first determines the number of copies of the files to be stored in the system to achieve the desired goal (e.g., to satisfy file availability requirements, or to maximize the system hit rate), and then selects the nodes at which to store the file copies to minimize the total expected cost. The file replication scheme for a peer-to-peer file sharing system in a distributed and adaptive manner can scale to a large number of nodes and files and can handle changes in the user request pattern over time.
    • 在文件共享系统中设计文件复制方案的方法和系统考虑节点之间的节点存储约束和节点上/下统计,文件存储成本和节点之间的文件传输成本,文件的用户请求速率和用户指定的文件可用性要求。 基于这些考虑,可以实现用于设计文件复制方案的系统方法。 该方法首先确定要存储在系统中的文件的副本数以实现所需目标(例如,满足文件可用性要求或最大化系统命中率),然后选择要存储的节点 文件副本以最小化总预期成本。 用于分布式和自适应方式的对等文件共享系统的文件复制方案可以扩展到大量的节点和文件,并且可以随着时间处理用户请求模式的变化。
    • 85. 发明申请
    • SERVER-LESS TELEPHONE SYSTEM AND METHODS OF OPERATION
    • 无电话服务器系统和操作方法
    • US20070211705A1
    • 2007-09-13
    • US11621012
    • 2007-01-08
    • Martin Sunstrum
    • Martin Sunstrum
    • H04L12/66
    • H04L29/06027H04L65/1069H04L67/104H04L67/1059H04L67/1068H04M3/42314H04M3/42323H04M7/006
    • Systems and methods are described for a plurality of telephony devices that have no central telephony call processing services (server-less) to discover each other in a peer-to-peer manner. The methods describe how telephony devices can discover and operate as a fully functional telephone system, not only on a local area network, but also across wide area network. This ability allows the deployment of a server-less telephone phone system across a large geographical area. The methods described also allow the telephone system to be logically segmented on a network, such that they don't interfere, or unintentionally share telephony resources with an unrelated deployment of a like server-less telephone system. Further still, the method also allows the packet network telephony devices to operate cooperatively with centralized telephony call processing services. By the nature of the peer-to-peer server-less methods, the devices can continue to provide telephony call processing services on the local network domain, in the event the centralized telephony call processing services becomes unavailable.
    • 针对不具有中心电话呼叫处理服务(无服务器))的多个电话设备来描述系统和方法,以便以对等方式发现彼此。 这些方法描述了电话设备如何能够发现和操作作为全功能电话系统,不仅在局域网上,而且在广域网上。 这种能力允许在大的地理区域部署无服务器的电话电话系统。 所描述的方法还允许电话系统在网络上被逻辑地分段,使得它们不会干扰或无意地利用类似的无服务器电话系统的无关部署来共享电话资源。 此外,该方法还允许分组网络电话设备与中央电话呼叫处理服务协作地进行操作。 通过点对点无服务器方法的性质,在中央电话呼叫处理服务变得不可用的情况下,设备可以继续在本地网络域上提供电话呼叫处理服务。