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    • 1. 发明申请
    • Software agent-based architecture for data relocation
    • 用于数据迁移的基于软件代理的架构
    • US20070083725A1
    • 2007-04-12
    • US11244702
    • 2005-10-06
    • Anastasios KasiolasRonald Jones
    • Anastasios KasiolasRonald Jones
    • G06F13/00
    • H04L67/1097G06F3/0605G06F3/0647G06F3/067
    • Data is relocated among data storage nodes in a data center by using distributed agents. An agent at a first data storage node manages the relocation of associated data to a second data storage node, as well as the relocation of a mirror copy of the data at a third data storage node to a fourth data storage node, by receiving status information, such as via a publish-subscribe technique. The first agent may provide an identifier with a relocation request to the third data storage node which is relayed to the fourth data storage node, and used in status messages provided by the third and fourth data storage nodes. The received status information is then associated with the relocation request. Agents for each pair of sending and receiving data storage nodes can monitor their availability for servicing the relocation to negotiate an acceptable transmission rate.
    • 通过使用分布式代理将数据重新定位在数据中心的数据存储节点之间。 第一数据存储节点处的代理管理关联数据到第二数据存储节点的重定位,以及通过接收状态信息将第三数据存储节点处的数据的镜像副本重定位到第四数据存储节点 ,例如通过发布订阅技术。 第一代理可以向中继到第四数据存储节点的第三数据存储节点提供重定位请求的标识符,并且用于由第三和第四数据存储节点提供的状态消息中。 接收到的状态信息然后与重定位请求相关联。 每对发送和接收数据存储节点的代理可以监视其可用性以服务重定位以协商可接受的传输速率。
    • 2. 发明申请
    • Peer-to-peer auction based data distribution
    • 基于点对点拍卖的数据分发
    • US20070088703A1
    • 2007-04-19
    • US11252002
    • 2005-10-17
    • Anastasios KasiolasRonald Jones,
    • Anastasios KasiolasRonald Jones,
    • G06F17/30
    • G06F3/0647G06F3/0605G06F3/067G06Q40/04H04L51/00Y10S707/99953
    • A peer-to-peer auction based strategy balances the storage of data in a data center. Each cluster of the data center has a cluster manager and associated data storage nodes on which data is stored. The data storage nodes can periodically announce their respective utilization levels to other data storage nodes. If the announcing nodes are over capacity, the other nodes in the cluster respond by checking their utilization level and placing a bid if they are able to accept new data. Data is then relocated to one or more selected bidding nodes. If data cannot be balanced at the data storage node level, the cluster manager can identify nodes in other clusters that are able to accept new data. Multiple auctions for the same or different categories of data can be conducted at the same time by the data storage nodes and/or cluster managers.
    • 基于点对点竞价的策略平衡数据中心数据的存储。 数据中心的每个集群都有一个集群管理器和数据存储在其上的关联数据存储节点。 数据存储节点可以周期性地向其他数据存储节点通告其各自的利用水平。 如果通告节点超过容量,集群中的其他节点将通过检查其使用级别进行响应,并在能够接受新数据时进行投标。 然后将数据重新定位到一个或多个选定的出价节点。 如果数据在数据存储节点级别无法平衡,则集群管理器可以识别能够接受新数据的其他集群中的节点。 相同或不同类别的数据的多次拍卖可以由数据存储节点和/或集群管理器同时进行。
    • 9. 发明授权
    • Peer-to-peer auction based data distribution
    • 基于点对点拍卖的数据分发
    • US07558859B2
    • 2009-07-07
    • US11252002
    • 2005-10-17
    • Anastasios KasiolasRonald H. Jones, Jr.
    • Anastasios KasiolasRonald H. Jones, Jr.
    • G06F15/173
    • G06F3/0647G06F3/0605G06F3/067G06Q40/04H04L51/00Y10S707/99953
    • A peer-to-peer auction based strategy balances the storage of data in a data center. Each cluster of the data center has a cluster manager and associated data storage nodes on which data is stored. The data storage nodes can periodically announce their respective utilization levels to other data storage nodes. If the announcing nodes are over capacity, the other nodes in the cluster respond by checking their utilization level and placing a bid if they are able to accept new data. Data is then relocated to one or more selected bidding nodes. If data cannot be balanced at the data storage node level, the cluster manager can identify nodes in other clusters that are able to accept new data. Multiple auctions for the same or different categories of data can be conducted at the same time by the data storage nodes and/or cluster managers.
    • 基于点对点竞价的策略平衡数据中心数据的存储。 数据中心的每个集群都有一个集群管理器和数据存储在其上的关联数据存储节点。 数据存储节点可以周期性地向其他数据存储节点通告其各自的利用水平。 如果通告节点超过容量,集群中的其他节点将通过检查其利用水平进行响应,并在能够接受新数据时进行投标。 然后将数据重新定位到一个或多个选定的出价节点。 如果数据在数据存储节点级别无法平衡,则集群管理器可以识别能够接受新数据的其他集群中的节点。 相同或不同类别的数据的多次拍卖可以由数据存储节点和/或集群管理器同时进行。