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    • 3. 发明授权
    • Open-architecture flash driver and method therefor
    • 开放式架构闪存驱动器及其方法
    • EP1351126B1
    • 2017-05-03
    • EP03000542.5
    • 2003-01-09
    • Microsoft Technology Licensing, LLC
    • Aasheim, Jered DonaldYang, Yongqi
    • G06F3/06G06F12/02G06F11/14G06F17/30
    • G06F17/30067G06F3/0619G06F3/0643G06F3/0679G06F11/1435G06F11/1441G06F11/1471G06F11/1474G06F12/0246G06F2212/7201G06F2212/7207Y02D10/13Y10S707/99953Y10S707/99955
    • A flash driver architecture openly compatible to operate as interface between most types of file systems and flash memory media regardless of the manufacturer. The flash driver includes a flash abstraction logic that serves as a manager for operating characteristics that are common to the plurality of different types flash memory media. The flash driver may also include a programmable flash medium logic that performs more specific operations in direct communication with the flash memory medium. A user/manufacturer of a computer device can optimally select a set of programmable entry points associated with the flash medium logic to ensure congruent and seamless operation between the file system and flash memory medium selected by the user/manufacturer of the computer. A flash driver architecture openly compatible to operate as interface between most types of file systems and flash memory media regardless of the manufacturer. The flash driver includes a flash abstraction logic that serves as a manager for operating characteristics that are common to the plurality of different types flash memory media. The flash driver may also include a programmable flash medium logic that performs more specific operations in direct communication with the flash memory medium. A user/manufacturer of a computer device can optimally select a set of programmable entry points associated with the flash medium logic to ensure congruent and seamless operation between the file system and flash memory medium selected by the user/manufacturer of the computer.
    • 无论制造商如何,Flash驱动程序体系结构都可以兼容大多数类型的文件系统和闪存介质之间的接口。 闪存驱动器包括闪存抽象逻辑,该闪存抽象逻辑充当多个不同类型闪存介质所共有的操作特性的管理器。 闪存驱动器还可以包括可编程闪存介质逻辑,其执行与闪存介质直接通信的更具体的操作。 计算机设备的用户/制造商可以最佳地选择与闪存介质逻辑关联的一组可编程入口点,以确保文件系统与由计算机的用户/制造商选择的闪存介质之间的一致且无缝的操作。 无论制造商如何,Flash驱动程序体系结构都可以兼容大多数类型的文件系统和闪存介质之间的接口。 闪存驱动器包括闪存抽象逻辑,该闪存抽象逻辑充当多个不同类型闪存介质所共有的操作特性的管理器。 闪存驱动器还可以包括可编程闪存介质逻辑,其执行与闪存介质直接通信的更具体的操作。 计算机设备的用户/制造商可以最佳地选择与闪存介质逻辑关联的一组可编程入口点,以确保文件系统与由计算机的用户/制造商选择的闪存介质之间的一致且无缝的操作。