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    • 2. 发明授权
    • Parallel file system and buffer management arbitration
    • 并行文件系统和缓冲区管理仲裁
    • US5963963A
    • 1999-10-05
    • US893722
    • 1997-07-11
    • Frank B. SchmuckRoger Lee HaskinDaniel Lloyd McNabbJames Christopher Wyllie
    • Frank B. SchmuckRoger Lee HaskinDaniel Lloyd McNabbJames Christopher Wyllie
    • G06F9/46G06F9/50G06F17/30
    • G06F9/5016G06F17/30224G06F9/526G06F2209/522Y10S707/99956
    • A computer system having a shared disk file system running on multiple computers each having their own instance of an operating system and being coupled for parallel data sharing access to files residing on network attached shared disks. Methods are provided for use as a parallel file system in a shared disk environment by use of a scalable directory service for the system with a stable cursor, and a segmented allocation map. Dynamic prefetch and cached balance pools for multiple accesses improve the system. Extended file attributes are used for implementation of Access Control Lists in a parallel file system. Improvements to caching and cache performance developments balance pools for multiple accesses. A metadata node manages file metadata for parallel read and write actions. For managing data for the same file distributed across multiple disk devices, a buffer manager is provided for a file system buffer pool which arbitrates use of memory resources among different system components competing for memory with buffer information for a component that said buffer manager needs for deciding how much memory to allocate among components of the system. The buffer information includes a desired memory size and current activity level. The buffer manager provides to a system component data as to how much memory has been assigned for use by that component of the system, and it schedules account resources to maximize file system throughput.
    • 一种计算机系统,具有在多个计算机上运行的共享磁盘文件系统,每个计算机具有其自己的操作系统实例,并被耦合用于对驻留在网络附加共享磁盘上的文件进行并行数据共享访问。 通过使用具有稳定光标的系统的可伸缩目录服务和分段分配映射,提供了用于共享磁盘环境中并行文件系统的方法。 用于多个访问的动态预取和缓存平衡池可改善系统。 扩展文件属性用于在并行文件系统中实现访问控制列表。 缓存和缓存性能开发的改进平衡了多个访问的池。 元数据节点管理用于并行读写操作的文件元数据。 为了管理分布在多个磁盘设备上的相同文件的数据,为文件系统缓冲池提供缓冲管理器,该文件系统缓冲池在不同的系统组件之间仲裁存储器资源的使用,这些组件与缓冲器管理器需要决定的组件的缓冲区信息进行比较 在系统的组件之间分配多少内存。 缓冲器信息包括期望的存储器大小和当前活动级别。 缓冲区管理器向系统组件提供有关分配给系统的该组件使用的内存多少的数据,并且调度帐户资源以最大化文件系统吞吐量。
    • 3. 发明授权
    • Parallel file system and method for multiple node file access
    • 用于多节点文件访问的并行文件系统和方法
    • US6023706A
    • 2000-02-08
    • US893865
    • 1997-07-11
    • Frank B. SchmuckDaniel Lloyd McNabbJames Christopher WyllieBoaz Shmueli
    • Frank B. SchmuckDaniel Lloyd McNabbJames Christopher WyllieBoaz Shmueli
    • G06F17/30G06F13/00
    • G06F17/30224
    • A computer system having a shared disk file system running on on multiple computers each having their own instance of an operating system and being coupled for parallel data sharing access to files residing on network attached shared disks. Methods are provided for use as a parallel file system in a shared disk environment by use of a scalable directory service for the system with a stable cursor, a segmented allocation map. Dynamic prefetch and cached balance pools for multiple accesses improve the system. Extended file attributes are used for implementation of Access Control Lists in a parallel file system. Improvements to caching and cache performance developments balance pools for multiple accesses. A metadata node manages file metadata for parallel read and write actions. For our system, tokens are used for metadata node selection and identification, and we have enhanced token modes for controlling file size, as well as smart caching of byte range tokens using file access patterns and a byte range lock algorithm using a byte range token interface. Locking techniques reduce the overhead of a token manager which is also used in the file system recovery if a computer participating in the management of shared disks becomes unavailable or failed.
    • 一种计算机系统,其具有在多个计算机上运行的共享磁盘文件系统,每个计算机具有其自己的操作系统实例,并被耦合用于对驻留在网络附加共享磁盘上的文件进行并行数据共享访问。 通过使用具有稳定光标的系统的可扩展目录服务(分段分配映射),提供方法用作共享磁盘环境中的并行文件系统。 用于多个访问的动态预取和缓存平衡池可改善系统。 扩展文件属性用于在并行文件系统中实现访问控制列表。 缓存和缓存性能开发的改进平衡了多个访问的池。 元数据节点管理用于并行读写操作的文件元数据。 对于我们的系统,令牌用于元数据节点选择和识别,并且我们具有增强的令牌模式来控制文件大小,以及使用文件访问模式的智能缓存字节范围令牌和使用字节范围令牌接口的字节范围锁定算法 。 如果参与共享磁盘管理的计算机变得不可用或失败,锁定技术可以减少令牌管理器的开销,这也是在文件系统恢复中使用的。
    • 4. 发明授权
    • Parallel file system and method anticipating cache usage patterns
    • 并行文件系统和方法预测缓存使用模式
    • US5940838A
    • 1999-08-17
    • US893733
    • 1997-07-11
    • Frank B. SchmuckJames Christopher WyllieZvi Yosef YehudaiBenjamin Mandler
    • Frank B. SchmuckJames Christopher WyllieZvi Yosef YehudaiBenjamin Mandler
    • G06F12/08G06F12/02
    • G06F12/0862G06F12/0866G06F2212/6026
    • A computer system having a shared disk file system running on on multiple computers each having their own instance of an operating system and being coupled for parallel data sharing access to files residing on network attached shared disks. Methods are provided for use as a parallel file system in a shared disk environment by use of a scalable directory service for the system with a stable cursor, a segmented allocation map. Dynamic prefetch and cached balance pools for multiple accesses improve the system. Extended file attributes are used for implementation of Access Control Lists in a parallel file system. Improvements to caching and cache performance developments balance pools for multiple accesses. A metadata node manages file metadata for parallel read and write actions. For our system, tokens are used for metadata node selection and identification, and we have enhanced token modes for controlling file size, as well as smart caching of byte range tokens using file access patterns and a byte range lock algorithm using a byte range token interface. Locking techniques reduce the overhead of a token manager which is also used in the file system recovery if a computer participating in the management of shared disks becomes unavailable or failed.
    • 一种计算机系统,其具有在多个计算机上运行的共享磁盘文件系统,每个计算机具有其自己的操作系统实例,并被耦合用于对驻留在网络附加共享磁盘上的文件进行并行数据共享访问。 通过使用具有稳定光标的系统的可扩展目录服务(分段分配映射),提供方法用作共享磁盘环境中的并行文件系统。 用于多个访问的动态预取和缓存平衡池可改善系统。 扩展文件属性用于在并行文件系统中实现访问控制列表。 缓存和缓存性能开发的改进平衡了多个访问的池。 元数据节点管理用于并行读写操作的文件元数据。 对于我们的系统,令牌用于元数据节点选择和识别,并且我们具有增强的令牌模式来控制文件大小,以及使用文件访问模式的智能缓存字节范围令牌和使用字节范围令牌接口的字节范围锁定算法 。 如果参与共享磁盘管理的计算机变得不可用或失败,锁定技术可以减少令牌管理器的开销,这也是在文件系统恢复中使用的。
    • 5. 发明授权
    • Parallel file system with a quota check utility
    • 具有配额检查功能的并行文件系统
    • US5956734A
    • 1999-09-21
    • US890780
    • 1997-07-11
    • Frank B. SchmuckRobert J. CurranJames Christopher WyllieSibylle Schaller
    • Frank B. SchmuckRobert J. CurranJames Christopher WyllieSibylle Schaller
    • G06F17/30
    • G06F17/30224Y10S707/99938Y10S707/99953Y10S707/99956
    • A computer system having a shared disk file system running on multiple computers each having their own instance of an operating system and being coupled for parallel data sharing access to files residing on network attached shared disks. Methods are provided for use as a parallel file system in a shared disk environment by use of a scaleable directory service for the system with a stable cursor, and a segmented allocation map. Dynamic prefetch and cached balance pools for multiple accesses improve the system. Extended file attributes are used for implementation of Access Control Lists in a parallel file system. A metadata node manages file metadata for parallel read and write actions. For our system, tokens are used for metadata node selection and identification. We have provided recoverable local shares for quota Management. A quota server and a quota client are provided for each file system, and a quotacheck utility allows parallel environments with minimal interference to other applications which require the use of quotas.
    • 一种计算机系统,具有在多个计算机上运行的共享磁盘文件系统,每个计算机具有其自己的操作系统实例,并被耦合用于对驻留在网络附加共享磁盘上的文件进行并行数据共享访问。 通过使用具有稳定光标的系统的可扩展目录服务和分段分配映射来提供在共享磁盘环境中用作并行文件系统的方法。 用于多个访问的动态预取和缓存平衡池可改善系统。 扩展文件属性用于在并行文件系统中实现访问控制列表。 元数据节点管理用于并行读写操作的文件元数据。 对于我们的系统,令牌用于元数据节点的选择和识别。 我们为配额管理提供了可回收的本地股份。 为每个文件系统提供配额服务器和配额客户端,并且quotacheck实用程序允许对需要使用配额的其他应用程序的干扰最小的并行环境。
    • 7. 发明授权
    • Parity declustered storage device array with partition groups
    • 奇偶校验分簇存储设备阵列
    • US08677063B2
    • 2014-03-18
    • US12847798
    • 2010-07-30
    • Ralph A Becker-SzendyVeera DeenadhayalanD. Scott GuthridgeJames Christopher Wyllie
    • Ralph A Becker-SzendyVeera DeenadhayalanD. Scott GuthridgeJames Christopher Wyllie
    • G06F12/00
    • G06F11/1076
    • This disclosure relates to parity declustered storage device arrays having partition groups. In an exemplary embodiment, the storage system includes a storage device array, such as disk array. Each storage device is divided into partitions. Each partition includes stripe units, such as hundreds or thousands of stripe units in exemplary embodiments. The storage system also includes a physical array controller coupled to the storage device array. In an exemplary embodiment, the array controller includes a partition group lookup table and stores and retrieves data and parity in the storage devices based on the partition group lookup table. In this exemplary embodiment, the array controller also includes a stripe lookup table and/or a log. In an exemplary embodiment, the partition group lookup table and the stripe lookup table take up less memory (e.g., by an order of magnitude) than a single-level stripe map conveying the same information.
    • 本公开涉及具有分区组的奇偶校验解聚存储设备阵列。 在示例性实施例中,存储系统包括诸如磁盘阵列的存储设备阵列。 每个存储设备分为几个分区。 在示例性实施例中,每个分区包括条带单元,例如数百或数千个条带单元。 存储系统还包括耦合到存储设备阵列的物理阵列控制器。 在示例性实施例中,阵列控制器包括分区组查找表,并且基于分区组查找表来存储和检索存储设备中的数据和奇偶校验。 在该示例性实施例中,阵列控制器还包括条带查找表和/或日志。 在示例性实施例中,分区组查找表和条带查找表占用比传送相同信息的单级条带图更少的存储器(例如,一个数量级)。
    • 8. 发明申请
    • PARITY DECLUSTERED STORAGE DEVICE ARRAY WITH PARTITION GROUPS
    • PARITY DECLUSTER存储设备阵列与分组
    • US20120030425A1
    • 2012-02-02
    • US12847798
    • 2010-07-30
    • Ralph A. Becker-SzendyVeera DeenadhayalanD. Scott GuthridgeJames Christopher Wyllie
    • Ralph A. Becker-SzendyVeera DeenadhayalanD. Scott GuthridgeJames Christopher Wyllie
    • G06F12/00
    • G06F11/1076
    • This disclosure relates to parity declustered storage device arrays having partition groups. In an exemplary embodiment, the storage system includes a storage device array, such as disk array. Each storage device is divided into partitions. Each partition includes stripe units, such as hundreds or thousands of stripe units in exemplary embodiments. The storage system also includes a physical array controller coupled to the storage device array. In an exemplary embodiment, the array controller includes a partition group lookup table and stores and retrieves data and parity in the storage devices based on the partition group lookup table. In this exemplary embodiment, the array controller also includes a stripe lookup table and/or a log. In an exemplary embodiment, the partition group lookup table and the stripe lookup table take up less memory (e.g., by an order of magnitude) than a single-level stripe map conveying the same information.
    • 本公开涉及具有分区组的奇偶校验解聚存储设备阵列。 在示例性实施例中,存储系统包括诸如磁盘阵列的存储设备阵列。 每个存储设备分为几个分区。 在示例性实施例中,每个分区包括条带单元,例如数百或数千个条带单元。 存储系统还包括耦合到存储设备阵列的物理阵列控制器。 在示例性实施例中,阵列控制器包括分区组查找表,并且基于分区组查找表来存储和检索存储设备中的数据和奇偶校验。 在该示例性实施例中,阵列控制器还包括条带查找表和/或日志。 在示例性实施例中,分区组查找表和条带查找表占用比传送相同信息的单级条带图更少的存储器(例如,一个数量级)。