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    • 5. 发明申请
    • DISTRIBUTED DATA STORAGE
    • 分布式数据存储
    • US20100235410A1
    • 2010-09-16
    • US12403350
    • 2009-03-12
    • Johnson T. ApacibleCezary MarcjanMark A. NikielMichael W. Thomas
    • Johnson T. ApacibleCezary MarcjanMark A. NikielMichael W. Thomas
    • G06F17/30
    • G06F21/6218G06F11/1008
    • In one example, data may be divided into blocks, and the blocks may be stored in various storage resources. Data to be stored may be provided to a data divider. The data divider may divide the data into blocks. Redundancy may be introduced into the blocks to allow the original data to be reconstructed at some point in the future, even if fewer than all of the original blocks are available. The blocks may be sent to a data shuffler, which may shuffle the blocks, and may provide a key that describes how to reconstruct the original data from the blocks. The key may be provided to the owner of the data. When the original data is to be retrieved, the key may be provided to a reassembler, which retrieves the blocks from the various storage resources and reconstructs the data using the key.
    • 在一个示例中,数据可以被划分为块,并且块可以存储在各种存储资源中。 要存储的数据可以被提供给数据分割器。 数据分频器可以将数据划分成块。 可以将冗余引入到块中,以允许将来在某个时间点重建原始数据,即使少于全部原始块可用。 块可以被发送到数据洗牌器,其可以混洗块,并且可以提供描述如何从块重构原始数据的密钥。 密钥可以提供给数据的所有者。 当要检索原始数据时,可以将密钥提供给重组器,该重组器从各种存储资源检索块并使用密钥重建数据。
    • 6. 发明授权
    • Choosing location or manner of storing data
    • 选择存储数据的位置或方式
    • US08239641B2
    • 2012-08-07
    • US12391482
    • 2009-02-24
    • Johnson T. ApacibleMark A. NikielCezary Marcjan
    • Johnson T. ApacibleMark A. NikielCezary Marcjan
    • G06F12/00
    • G06F17/30312G06Q10/06
    • Data may be stored in a location or manner that takes various considerations into account. Examples of such considerations are the availability, speed and cost of storage resources, and commercial and regulatory expectations concerning the reliability, security, and/or availability of the stored data. When a piece of data is to be stored, a storage choice component may take the above-considerations into account in order to determine where the data is to be stored, how many copies of the data are to be made, whether the data is to be encrypted, and/or other issues. Additionally, a migration engine may re-evaluate data that has already been stored in order to determine whether the data may be migrated to other storage resources, and/or whether changes may be made with regard to issues such as the encryption level and/or the number of stored copies of the data.
    • 数据可以以考虑到各种考虑的位置或方式存储。 这些考虑的示例是存储资源的可用性,速度和成本以及关于存储数据的可靠性,安全性和/或可用性的商业和监管期望。 当要存储一条数据时,存储选择组件可以考虑上述考虑因素,以便确定要存储数据的位置,要制作数据的副本,数据是否为 被加密,和/或其他问题。 此外,迁移引擎可以重新评估已经存储的数据,以便确定数据是否可以迁移到其他存储资源,和/或可以针对诸如加密级别和/或 存储的数据副本的数量。
    • 7. 发明授权
    • Distributed data storage
    • 分布式数据存储
    • US08768971B2
    • 2014-07-01
    • US12403350
    • 2009-03-12
    • Johnson T. ApacibleCezary MarcjanMark A. NikielMichael W. Thomas
    • Johnson T. ApacibleCezary MarcjanMark A. NikielMichael W. Thomas
    • G06F7/00
    • G06F21/6218G06F11/1008
    • In one example, data may be divided into blocks, and the blocks may be stored in various storage resources. Data to be stored may be provided to a data divider. The data divider may divide the data into blocks. Redundancy may be introduced into the blocks to allow the original data to be reconstructed at some point in the future, even if fewer than all of the original blocks are available. The blocks may be sent to a data shuffler, which may shuffle the blocks, and may provide a key that describes how to reconstruct the original data from the blocks. The key may be provided to the owner of the data. When the original data is to be retrieved, the key may be provided to a reassembler, which retrieves the blocks from the various storage resources and reconstructs the data using the key.
    • 在一个示例中,数据可以被划分为块,并且块可以存储在各种存储资源中。 要存储的数据可以被提供给数据分割器。 数据分频器可以将数据划分成块。 可以将冗余引入到块中,以允许将来在某个时间点重建原始数据,即使少于全部原始块可用。 块可以被发送到数据洗牌器,其可以混洗块,并且可以提供描述如何从块重构原始数据的密钥。 密钥可以提供给数据的所有者。 当要检索原始数据时,可以将密钥提供给重组器,该重组器从各种存储资源检索块并使用密钥重建数据。
    • 8. 发明申请
    • CHOOSING LOCATION OR MANNER OF STORING DATA
    • 选择存储数据的位置或方式
    • US20100217612A1
    • 2010-08-26
    • US12391482
    • 2009-02-24
    • Johnson T. ApacibleMark A. NikielCezary Marcjan
    • Johnson T. ApacibleMark A. NikielCezary Marcjan
    • G06Q10/00G06F12/02G06F12/14G06F17/30G06N5/02G06F15/18G06F12/12
    • G06F17/30312G06Q10/06
    • Data may be stored in a location or manner that takes various considerations into account. Examples of such considerations are the availability, speed and cost of storage resources, and commercial and regulatory expectations concerning the reliability, security, and/or availability of the stored data. When a piece of data is to be stored, a storage choice component may take the above-considerations into account in order to determine where the data is to be stored, how many copies of the data are to be made, whether the data is to be encrypted, and/or other issues. Additionally, a migration engine may re-evaluate data that has already been stored in order to determine whether the data may be migrated to other storage resources, and/or whether changes may be made with regard to issues such as the encryption level and/or the number of stored copies of the data.
    • 数据可以以考虑到各种考虑的位置或方式存储。 这些考虑的示例是存储资源的可用性,速度和成本以及关于存储数据的可靠性,安全性和/或可用性的商业和监管期望。 当要存储一条数据时,存储选择组件可以考虑上述考虑因素,以便确定要存储数据的位置,要制作数据的副本,数据是否为 被加密,和/或其他问题。 此外,迁移引擎可以重新评估已经存储的数据,以便确定数据是否可以迁移到其他存储资源,和/或可以针对诸如加密级别和/或 存储的数据副本的数量。
    • 10. 发明申请
    • SCALABLE AFFINITIZED STATE MANAGEMENT
    • 可扩展的国家管理
    • US20110276884A1
    • 2011-11-10
    • US12773116
    • 2010-05-04
    • Cezary MarcjanTodd D. NewmanDavid S. Taniguchi
    • Cezary MarcjanTodd D. NewmanDavid S. Taniguchi
    • G06F15/16G06F3/048G06F15/173
    • G06F9/5033
    • A state affinitized system comprises worker computing devices uniquely affinitized with one or more states such that only those worker computing devices maintain local copies of the states with which they are affinitized. Requests and data relevant to a state are directed to the worker computing device affinitized with that state, such as by front-end computing devices. A centralized persistent storage can maintain a copy of each state and can modify the states in response to newly received information in the same manner as the worker computing devices. Such maintenance can be performed by coalescer computing devices, which can also derive second order data from the states in the centralized persistent storage, which can be further added to the state and also communicated to the worker computing device affinitized with that state. Crawler computing devices can obtain additional information for incorporation into states from network-based information repositories and services.
    • 状态关联系统包括与一个或多个状态唯一地联系在一起的工作者计算设备,使得只有那些工作计算设备保持与其相关联的状态的本地副本。 与状态相关的请求和数据被引导到与该状态相关联的工作计算设备,例如通过前端计算设备。 集中式持久存储器可以维护每个状态的副本,并且可以以与工作者计算设备相同的方式响应于新接收到的信息来修改状态。 这样的维护可以由聚结器计算设备执行,聚合器计算设备还可以从集中式持久存储器中的状态导出二阶数据,其可以进一步添加到该状态,并且还传达给与该状态相关联的工作者计算设备。 履带式计算设备可以从基于网络的信息库和服务中获取用于并入状态的附加信息。