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    • 1. 发明申请
    • METHOD AND APPARATUS FOR MULTIPLE-PROTOCOL ACCESS TO OBJECT-BASED STORAGE
    • 多协议访问基于对象的存储的方法和设备
    • US20100094847A1
    • 2010-04-15
    • US12395767
    • 2009-03-02
    • Steven J. MalanFrank G. Logan, IIIPatrick J. KelseyEdward S. Quicksall
    • Steven J. MalanFrank G. Logan, IIIPatrick J. KelseyEdward S. Quicksall
    • G06F17/30
    • H04L69/18G06F16/972
    • In one embodiment, an apparatus includes a storage presentation module and a mapping module in communication with the storage presentation module and an object pool module. The storage presentation module is operable to provide a first storage interface and a second storage interface via a network interface. The first storage interface is associated with a first storage resource accessible via a first storage protocol, and the second storage interface is associated with a second storage resource accessible via a second storage protocol different from the first storage protocol. The mapping module is operable to receive from the storage presentation module a request for access to the first storage resource based on the first storage protocol and a request for access to the second storage resource based on the second storage protocol. The mapping module is operable to convert the request for access to the first storage resource into a request for access to a first object in the object pool module, the first object is associated with the first storage resource. The mapping module is operable to convert the request for access to the second storage resource into a request for access to a second object in the object pool module, the second object is associated with the second storage resource.
    • 在一个实施例中,一种装置包括与存储呈现模块和对象池模块通信的存储呈现模块和映射模块。 存储呈现模块可操作以经由网络接口​​提供第一存储接口和第二存储接口。 第一存储接口与可经由第一存储协议访问的第一存储资源相关联,并且第二存储接口与可通过不同于第一存储协议的第二存储协议访问的第二存储资源相关联。 映射模块可操作以基于第一存储协议从存储呈现模块接收对第一存储资源的访问请求,以及基于第二存储协议访问第二存储资源的请求。 所述映射模块可操作以将对所述第一存储资源的访问请求转换为对所述对象池模块中的第一对象的访问请求,所述第一对象与所述第一存储资源相关联。 所述映射模块可操作以将对所述第二存储资源的访问请求转换为对所述对象池模块中的第二对象的访问请求,所述第二对象与所述第二存储资源相关联。
    • 4. 发明授权
    • Method of reducing the complexity of an I/O request to a RAID-4 or
RAID-5 array
    • 降低对RAID-4或RAID-5阵列的I / O请求的复杂性的方法
    • US5519849A
    • 1996-05-21
    • US329046
    • 1994-10-25
    • Steven J. MalanSid SnyderDavid W. ThielAlan Rollow
    • Steven J. MalanSid SnyderDavid W. ThielAlan Rollow
    • G06F3/06G06F9/00
    • G06F3/0601G06F2003/0697
    • Data storage systems using a RAID-4 or RAID-5 organization divide an application I/O request into a number of individual I/O requests, each of which is contained within the boundaries of a single strip. The data blocks of each chunk on a strip responsive to an I/O request can form a complex geometric pattern requiring complicated operations to perform the I/O request. To simplify the necessary operations, each individual I/O request to a strip is divided into at most three requests targeted to data blocks forming a rectangle and each of these rectangles are processed as a unit. If a data block within a rectangle is unavailable, then the request to that rectangle is further subdivided into at most two requests targeted to data blocks forming smaller, non-overlapping rectangles which collectively are the original rectangle. The recursive decomposition of rectangles into smaller rectangles isolates the data block with an error and permits the selection of fewer and less complicated operation algorithms to complete the I/O request.
    • 使用RAID-4或RAID-5组织的数据存储系统将应用程序I / O请求划分为多个单独的I / O请求,每个I / O请求都包含在单个条带的边界内。 响应于I / O请求的条上的每个块的数据块可以形成需要复杂操作以执行I / O请求的复杂几何图案。 为了简化必要的操作,对条带的每个单独的I / O请求被分成最多三个针对形成矩形的数据块的请求,并且这些矩形中的每一个作为一个单元被处理。 如果矩形内的数据块不可用,则对该矩形的请求进一步细分为最多两个针对数据块的请求,这两个请求形成较小的非重叠矩形,它们是原始矩形。 将矩形递归分解成较小的矩形将数据块与错误隔离,并允许选择越来越少复杂的操作算法来完成I / O请求。