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    • 1. 发明申请
    • SYSTEMS AND METHODS FOR LOAD BALANCING DRIVES AND SERVERS
    • 负载均衡驱动和服务器的系统和方法
    • US20130060948A1
    • 2013-03-07
    • US13615236
    • 2012-09-13
    • Thomas R. UlrichJames R. SchweitzerGregory D. BolstadJay G. RandallJohn R. Staub
    • Thomas R. UlrichJames R. SchweitzerGregory D. BolstadJay G. RandallJohn R. Staub
    • G06F15/173
    • H04L67/1014G06F9/5083G06F17/30067
    • A file system that balances the loading of filers and the capacity of drives that are associated with the filers is described. The file system includes a first disk drive that includes a first unused capacity and a second disk drive that includes a second unused capacity, wherein the second unused capacity is smaller than the first unused capacity. The file system further includes a first filer that is configured to fill requests from clients through access to at least the first disk drive. The file system further includes a second filer that is configured to fill requests from clients through access to at least the second disk drive. The second filer is configured to select an infrequently accessed file from the second disk drive and to push the infrequently accessed files to the first disk drive, thereby improving a balance of unused capacity between the first and second disk drives without substantially affecting a loading for each of the first and second filers.
    • 描述了平衡文件管理器的加载和与文件夹关联的驱动器的容量的文件系统。 文件系统包括包括第一未使用容量的第一磁盘驱动器和包括第二未使用容量的第二磁盘驱动器,其中第二未使用容量小于第一未使用容量。 文件系统还包括第一文件管理器,其被配置为通过访问至少第一磁盘驱动器来填充来自客户端的请求。 文件系统还包括第二文件管理器,其被配置为通过访问至少第二磁盘驱动器来填充来自客户端的请求。 第二文件管理器被配置为从第二磁盘驱动器选择不经常访问的文件,并且将不经常访问的文件推送到第一磁盘驱动器,从而改善第一和第二磁盘驱动器之间的未使用容量的平衡,而基本上不影响每个 的第一和第二档案。
    • 7. 发明授权
    • Server-independent object positioning for load balancing drives and servers
    • 服务器独立的对象定位用于负载平衡驱动器和服务器
    • US06990667B2
    • 2006-01-24
    • US10060918
    • 2002-01-29
    • Thomas R. UlrichJames R. SchweitzerGregory D. BolstadJay G. RandallJohn R. Staub
    • Thomas R. UlrichJames R. SchweitzerGregory D. BolstadJay G. RandallJohn R. Staub
    • G06F12/02
    • H04L67/1014G06F9/5083G06F17/30067
    • A file system that balances the loading of filers and the capacity of drives that are associated with the filers is described. The file system includes a first disk drive that includes a first unused capacity and a second disk drive that includes a second unused capacity, wherein the second unused capacity is smaller than the first unused capacity. The file system further includes a first filer that is configured to fill requests from clients through access to at least the first disk drive. The file system further includes a second filer that is configured to fill requests from clients through access to at least the second disk drive. The second filer is configured to select an infrequently accessed file from the second disk drive and to push the infrequently accessed files to the first disk drive, thereby improving a balance of unused capacity between the first and second disk drives without substantially affecting a loading for each of the first and second filers.
    • 描述了平衡文件管理器的加载和与文件夹关联的驱动器的容量的文件系统。 文件系统包括包括第一未使用容量的第一磁盘驱动器和包括第二未使用容量的第二磁盘驱动器,其中第二未使用容量小于第一未使用容量。 文件系统还包括第一文件管理器,其被配置为通过访问至少第一磁盘驱动器来填充来自客户端的请求。 文件系统还包括第二文件管理器,其被配置为通过访问至少第二磁盘驱动器来填充来自客户端的请求。 第二文件管理器被配置为从第二磁盘驱动器选择不经常访问的文件,并且将不经常访问的文件推送到第一磁盘驱动器,从而改善第一和第二磁盘驱动器之间的未使用容量的平衡,而基本上不影响每个 的第一和第二档案。
    • 9. 发明授权
    • Interface architecture
    • 接口架构
    • US06745286B2
    • 2004-06-01
    • US10060903
    • 2002-01-29
    • John R. StaubDavid H. BarryGeorge W. PriesterLeonard D. OlsenGregory D. BolstadDanny LamRonald K. Godshalk, Jr.
    • John R. StaubDavid H. BarryGeorge W. PriesterLeonard D. OlsenGregory D. BolstadDanny LamRonald K. Godshalk, Jr.
    • G06F1200
    • G06F11/2097G06F9/5083G06F11/1076G06F11/1471G06F11/2035G06F11/2048G06F17/30067G06F2201/84G06F2211/1028
    • A data interface architecture is described. The data interface architecture includes a network-side interface for communicating with a first bus and a storage-side interface for communicating with a second bus. The data interface architecture further includes a first data cache and a second data cache. The data interface architecture further includes a first parity engine, which is configured to perform parity operations for data transactions between the network-side interface and the first data cache, and a second parity engine, which is configured to perform parity operations for data transactions between the storage-side interface and the first data cache. The data interface architecture further includes a third parity engine, which is configured to perform parity operations for data transactions between the network-side interface and the second data cache, and a fourth parity engine, which is configured to perform parity operations for data transactions between the storage-side interface and the second data cache. The data interface architecture further includes control logic that is configured to manage the data transactions between the network-side interface and the first data cache, data transactions between the network-side interface and the second data cache, data transactions between the storage-side interface and the first data cache, and data transactions between the storage-side interface and the second data cache.
    • 描述数据接口架构。 数据接口架构包括用于与第一总线通信的网络侧接口和用于与第二总线通信的存储侧接口。 数据接口架构还包括第一数据高速缓存和第二数据高速缓存。 数据接口架构还包括第一奇偶校验引擎,其被配置为对网络侧接口和第一数据高速缓存之间的数据事务执行奇偶校验操作,以及第二奇偶校验引擎,其被配置为执行奇偶校验操作, 存储侧接口和第一数据高速缓存。 数据接口架构还包括第三奇偶校验引擎,其被配置为对网络侧接口和第二数据高速缓存之间的数据事务执行奇偶校验操作,以及第四奇偶校验引擎,其被配置为执行奇偶校验操作, 存储侧接口和第二数据高速缓存。 数据接口架构还包括控制逻辑,其被配置为管理网络侧接口和第一数据高速缓存之间的数据事务,网络侧接口和第二数据高速缓存之间的数据事务,存储侧接口之间的数据事务 和第一数据高速缓存以及存储侧接口和第二数据高速缓存之间的数据事务。