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    • 1. 发明授权
    • Remote inventory manager
    • 远程库存管理器
    • US08688733B2
    • 2014-04-01
    • US13422629
    • 2012-03-16
    • David Charles ReedMax Douglas SmithJoseph Vincent Malinowski
    • David Charles ReedMax Douglas SmithJoseph Vincent Malinowski
    • G06F17/30
    • G06F17/30109G06F21/6209H04L67/06
    • A documentation inventory manager which assigns a protection key to each piece of documentation that is received. More specifically, when providing information to a receiving company, a client provides their files to a common FTP server. As a support team of the receiving company accesses the files and stores some or all of the files to a local storage system, the files are modified to include an imbedded header record. In certain embodiments, the imbedded header record includes information regarding an original file name sent by the client, a key value that is assigned to that version of the downloaded file, permissions such as whether the file can be copied, and the inventory manager location. Each time a version of the file is downloaded to a different location within the receiving company, that file name, location, and new unique key is updated in the documentation inventory manager.
    • 一个文档库存管理器,为每个收到的文档分配一个保护密钥。 更具体地说,当向接收公司提供信息时,客户端将其文件提供给公共FTP服务器。 作为接收公司的支持团队访问文件并将一些或全部文件存储到本地存储系统中,这些文件被修改为包括嵌入的标题记录。 在某些实施例中,嵌入的报头记录包括关于由客户端发送的原始文件名的信息,分配给该版本的下载文件的密钥值,诸如是否可以复制该文件的许可权以及库存管理器位置。 每次将文件的版本下载到接收公司内的其他位置时,文档库存管理器中将更新该文件名,位置和新的唯一密钥。
    • 6. 发明申请
    • Allocation of Storage Space for Critical Data Sets
    • 关键数据集的存储空间分配
    • US20120096235A1
    • 2012-04-19
    • US12903777
    • 2010-10-13
    • Douglas Lee LehrFranklin Emmert McCuneDavid Charles ReedMax Douglas Smith
    • Douglas Lee LehrFranklin Emmert McCuneDavid Charles ReedMax Douglas Smith
    • G06F12/02G06F12/00
    • G06F3/0631G06F3/0605G06F3/067
    • Described are embodiments of an invention for allocating storage space in a storage system for critical data sets. The computing environment includes at least one server including a processor and memory. The server is coupled to storage. The memory further includes a storage manager including an allocation module and an alert module. The storage manager defines a common area for storing non-critical data sets and critical data sets in the storage group. The storage manager also defines a critical reserve area for storing only critical data sets in the first storage group. A predefined percentage of available storage space is reserved for the critical reserve area. The predefined percentage of available space is determined by comparing the available storage space within the critical reserve area to the storage space in the storage group. Upon allocating additional storage to the storage group, the allocation module allocates an amount of the additional storage space to the critical reserve area such that the predefined percentage of available storage space is maintained in the critical reserve area.
    • 描述了用于在关键数据集的存储系统中分配存储空间的发明的实施例。 计算环境包括至少一个包括处理器和存储器的服务器。 服务器耦合到存储。 存储器还包括存储管理器,其包括分配模块和警报模块。 存储管理器定义用于在存储组中存储非关键数据集和关键数据集的公共区域。 存储管理器还定义用于在第一存储组中仅存储关键数据集的关键预留区域。 预留的可用存储空间的百分比预留给临界备用区。 将可用空间的预定义百分比通过将关键预留区域内的可用存储空间与存储组中的存储空间进行比较来确定。 在向存储组分配附加存储器时,分配模块向临界预留区域分配一定量的附加存储空间,使得可用存储空间的预定百分比保持在临界备用区域中。
    • 8. 发明申请
    • UPDATING CLASS ASSIGNMENTS FOR DATA SETS DURING A RECALL OPERATION
    • 在回放操作期间更新数据集的类别分配
    • US20110307745A1
    • 2011-12-15
    • US12814404
    • 2010-06-11
    • Franklin Emmert McCuneMiguel Angel PerezDavid Charles ReedMax Douglas Smith
    • Franklin Emmert McCuneMiguel Angel PerezDavid Charles ReedMax Douglas Smith
    • G06F17/30G06F11/07
    • G06F17/30082G06F17/30221
    • Provided are a computer program product, system and method for updating class assignments for data sets during a recall operation in a storage environment having a plurality of storage devices. Information on a data set is processed to determine at least one current attribute of the data set. A determination is made as to whether the determined at least one current attribute satisfies a criteria. Indication is made in a catalog to change a class associated with the data set in response to determining that the at least one current attribute satisfies the criteria, wherein the class is used to determine how to manage the data set. The data set is migrated from a first storage to a second storage. A recall operation is initiated to recall the data set from the second storage. In response to the recall operation and determining that the catalog indicates to change the class associated with the data set, the catalog is processed to determine whether to change the class for the data set from a first class to a second class and a management operation is performed on the data set to conform the data set to the second class when recalling the data set.
    • 提供了一种用于在具有多个存储设备的存储环境中的调用操作期间更新数据集的类别分配的计算机程序产品,系统和方法。 处理关于数据集的信息以确定数据集的至少一个当前属性。 确定所确定的至少一个当前属性是否满足标准。 在目录中进行指示以响应于确定至少一个当前属性满足标准来更改与数据集相关联的类,其中该类被用于确定如何管理该数据集。 数据集从第一个存储迁移到第二个存储。 启动召回操作以从第二存储器调用数据集。 响应于召回操作并确定目录指示改变与数据集相关联的类别,处理目录以确定是否将数据集的类从第一类更改为第二类,并且管理操作是 在数据集上执行以在调用数据集时将数据集合合到第二类。
    • 9. 发明申请
    • TRANSITIONAL REPLACEMENT OF OPERATIONS PERFORMED BY A CENTRAL HUB
    • 由中央机构执行的过渡性操作更换
    • US20110258485A1
    • 2011-10-20
    • US13171992
    • 2011-06-29
    • Douglas Lee LehrFranklin Emmert McCuneDavid Charles ReedMax Douglas Smith
    • Douglas Lee LehrFranklin Emmert McCuneDavid Charles ReedMax Douglas Smith
    • G06F11/16G06F13/14
    • G06F11/0703G06F9/526G06F11/2028G06F11/2035G06F11/2046G06F2209/522
    • A central hub is coupled to a plurality of computational devices. The central hub stores a data structure that grants locks for accessing common data stored at the central hub, wherein the common data is shared by the plurality of computational devices. Each computational device maintains locally those locks that are held by the computational device in the data structure stored at the central hub. In response to a failure of the data structure stored at the central hub, a selected computational device of the plurality of computational devices is determined to be a manager system. Other computational devices besides the manager system communicate to the manager system all locks held by the other computational devices in the data structure stored at the central hub. The data structure and the common data are generated and stored at the manager system. Transactions are performed with respect to the data structure stored at the manager system, until the data structure stored at the central hub is operational.
    • 中央集线器耦合到多个计算设备。 中央枢纽存储数据结构,其授予用于访问存储在中央集线器中的公共数据的锁定,其中公共数据由多个计算设备共享。 每个计算设备在本地维护由计算设备保存在存储在中央集线器处的数据结构中的锁。 响应于存储在中央集线器处的数据结构的故障,多个计算设备中的选定的计算设备被确定为管理器系统。 管理器系统之外的其他计算设备向存储在中央集线器的数据结构中的其他计算设备所持有的所有锁与管理系统进行通信。 数据结构和公共数据生成并存储在管理系统中。 相对于存储在管理器系统中的数据结构执行事务,直到存储在中央集线器处的数据结构是可操作的。
    • 10. 发明授权
    • Branch trace methodology
    • 分支跟踪方法
    • US07996686B2
    • 2011-08-09
    • US12168692
    • 2008-07-07
    • David Bruce LeGendreDavid Charles ReedMax Douglas Smith
    • David Bruce LeGendreDavid Charles ReedMax Douglas Smith
    • H04L9/32
    • G06F21/121G06F11/3636
    • Method, system, and computer program product embodiments for performing a branch trace operation on a computer system of an end user are provided. An encrypted mapping macro is provided to the end user to be made operational on the computer system. A trace program is provided to the end user. The end user executes the trace program on the computer system as a diagnostic tool. The trace program is adapted for decrypting the encrypted mapping macro, determining a storage offset location of a branch instruction; checking the storage offset location for an identifying constant, cross referencing the identifying constant with an entry in the decrypted mapping macro to identify a branch triggering bit and diagnostic information associated with the branch instruction, and returning the branch triggering bit and diagnostic information, the branch triggering bit and diagnostic information provided to a coder.
    • 提供了用于在最终用户的计算机系统上执行分支跟踪操作的方法,系统和计算机程序产品实施例。 加密的映射宏被提供给最终用户以在计算机系统上操作。 跟踪程序提供给最终用户。 最终用户在计算机系统上执行跟踪程序作为诊断工具。 跟踪程序适用于解密加密的映射宏,确定分支指令的存储偏移位置; 检查用于识别常数的存储偏移位置,用解密的映射宏中的条目交叉引用识别常数以识别与分支指令相关联的分支触发位和诊断信息,以及返回分支触发位和诊断信息,分支 触发位和提供给编码器的诊断信息。