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    • 2. 发明授权
    • Apparatus and method to store information
    • 用于存储信息的装置和方法
    • US08311663B2
    • 2012-11-13
    • US11219451
    • 2005-08-31
    • Nils HausteinCraig A. KleinUlf TroppensJosef WeingandDaniel J. Winarski
    • Nils HausteinCraig A. KleinUlf TroppensJosef WeingandDaniel J. Winarski
    • G06F7/00
    • B65G1/1371G06F3/0617G06F3/0631G06F3/0685G06F3/0686G06F11/1456G06F2201/80G11B27/002G11B2220/41
    • A method to store data is disclosed. The method provides a plurality of data storage media, an automated data library comprising one or more data storage devices, a first plurality of storage cells, and a robotic accessor. The method further provides a storage vault comprising a second plurality of storage cells but no data storage devices. The method selects the (i)th data storage medium and sets the (i)th data state, where that (i)th data state is selected from the group consisting of online, offline, and vault. If the method sets the (i)th data state is set to online, then the method mounts that (i)th data storage medium in one of the data storage devices. If the method sets the (i)th data state to offline, then the method removeably places the (i)th data storage medium in one of the first plurality of storage cells. If the method sets the (i)th data state is set to vault, then the method places the (i)th data storage medium in one of the second plurality of storage cells.
    • 公开了存储数据的方法。 该方法提供多个数据存储介质,包括一个或多个数据存储设备的自动数据库,第一多个存储单元和机器人存取器。 该方法还提供包括第二多个存储单元但不包括数据存储设备的存储库。 该方法选择第(i)个数据存储介质并设置第(i)个数据状态,其中第(i)个数据状态从由在线,离线和库组成的组中选择。 如果方法设置(i)数据状态设置为联机,则该方法将第(i)个数据存储介质安装在数据存储设备之一中。 如果该方法将(i)数据状态设置为离线,则该方法可移除地将第(i)个数据存储介质放置在第一多个存储单元之一中。 如果该方法将第(i)个数据状态设置为保险库,则该方法将第(i)个数据存储介质放置在第二多个存储单元之一中。
    • 7. 发明申请
    • Method and System for Command-Ordering for a Disk-to-Disk-to-Holographic Data Storage System
    • 磁盘到磁盘到全息数据存储系统的命令排序方法和系统
    • US20090196143A1
    • 2009-08-06
    • US12026986
    • 2008-02-06
    • Nils HausteinCraig A. KleinUlf TroppensDaniel J. Winarski
    • Nils HausteinCraig A. KleinUlf TroppensDaniel J. Winarski
    • G11B7/00
    • G11B20/10527G06F3/0611G06F3/0659G06F3/0674G11B7/0065G11B2020/10777G11B2220/2504
    • A system, method and computer program product for managing command ordering for a host-Disk-to-intermediate-Disk-to-Holographic (D2D2H) data storage system. Specifically, a command ordering detects a command from a host system. A hologram segment associated with the detected command is identified and a determination is made whether the hologram segment is an open hologram segment or a closed hologram segment. A determination is made whether the detected command is to be prioritized. If the detected command is prioritized, the detected command is added to a prioritized command queue. Moreover, if the detected command is not prioritized, the detected command is added to a normal command queue. The detected commands addressing the same hologram segment are then grouped. The execution of one or more grouped commands (prioritized or normal) is deferred for a predetermined period to allow for additional commands to be received for a same command group.
    • 一种用于管理主机 - 磁盘到中间磁盘到全息(D2D2H)数据存储系统的命令排序的系统,方法和计算机程序产品。 具体来说,命令排序检测来自主机系统的命令。 识别与检测到的命令相关联的全息片段,并且确定全息片段是开放全息片段还是闭合全息片段。 确定检测到的命令是否被优先化。 如果检测到的命令被优先,则检测到的命令被添加到优先级命令队列。 此外,如果检测到的命令未被优先化,则检测到的命令被添加到正常命令队列。 然后将检测到的寻址相同全息图段的命令分组。 一个或多个分组的命令的执行(优先级或正常)被延迟一段预定的时间段,以允许为相同的命令组接收附加的命令。
    • 8. 发明授权
    • Method of and system for adaptive selection of a deduplication chunking technique
    • 重复数据删除技术的自适应选择方法和系统
    • US07519635B1
    • 2009-04-14
    • US12059874
    • 2008-03-31
    • Nils HausteinCraig A. KleinUlf TroppensDaniel J. Winarski
    • Nils HausteinCraig A. KleinUlf TroppensDaniel J. Winarski
    • G06F12/00G06F17/30
    • G06F17/30159Y10S707/99953Y10S707/99955
    • A method of adaptively selecting an optimum data deduplication chunking method receives a request to deduplicate a file, wherein the file has a file type. The method searches a table of file types, wherein the table includes, for each file type, a chunking method, a deduplication ratio, and a depulication ratio threshold. The method selects a chunking method for the file according to the table. The method chunks the file using the selected chunking method. The method deduplicates the chunked file according to prior art deduplication methods. The method calculates a deduplication ratio for the file type and updates the table with the calculated deduplication ratio for the file type. If the calculated deduplication ratio for the file type is less than the deduplication ratio threshold for the file type, the method selects a new chunking method for the file type and updates the table of file types with the new chunking method for the file type.
    • 一种自适应地选择最佳重复数据删除分块方法的方法接收对文件进行重复数据删除的请求,其中文件具有文件类型。 该方法搜索文件类型的表格,其中对于每个文件类型,表格包括分块方法,重复数据删除比率和递减比率阈值。 该方法根据表格选择文件的分块方法。 该方法使用所选的分块方法来对文件进行分块。 该方法根据现有技术的重复数据删除方法对分块文件进行重复数据删除。 该方法计算文件类型的重复数据删除率,并使用计算出的文件类型的重复数据删除比更新表。 如果文件类型的计算重复数据删除率小于文件类型的重复数据删除率阈值,则该方法将为文件类型选择一种新的分块方法,并使用文件类型的新的分块方法更新文件类型表。
    • 9. 发明申请
    • Method for Performing Write Calibrations on Holographic Storage Media
    • 在全息存储介质上执行写入校准的方法
    • US20090048798A1
    • 2009-02-19
    • US11839283
    • 2007-08-15
    • Allen Keith BatesNils HausteinCraig A. KleinDaniel J. Winarski
    • Allen Keith BatesNils HausteinCraig A. KleinDaniel J. Winarski
    • G06F19/00
    • G11B7/1267G11B7/0065
    • A method for performing write calibrations on holographic storage media is disclosed. Initially, five identical and known calibration holograms are written on a holographic storage medium, in which three of the five calibration holograms are written with different laser power and three of the five calibration holograms are written with different time durations. A matched filter is then utilized to determine a cross-correlation between the five calibration holograms read from the holographic storage medium and their corresponding ideal calibration holograms previously stored within a memory device within the holographic storage drive. A least-squares fit of an ellipsoidal parabola to the cross-correlations is subsequently calculated to yield an optimal laser write power level and an optimal duration for a laser write pulse.
    • 公开了一种在全息存储介质上执行写入校准的方法。 最初,将五个相同和已知的校准全息图写在全息存储介质上,其中五个校准全息图中的三个用不同的激光功率写入,并且五个校准全息图中的三个以不同的时间长度写入。 然后使用匹配滤波器来确定从全息存储介质读取的五个校准全息图与其预先存储在全息存储驱动器内的存储器件内的相应的理想校准全息图之间的互相关。 随后计算椭圆抛物线对交叉相关的最小二乘拟合,以产生激光写入脉冲的最佳激光写入功率电平和最佳持续时间。