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    • 4. 发明申请
    • ADVANCED DETECTION OF MEMORY DEVICE REMOVAL, AND METHODS, DEVICES AND CONNECTORS
    • 高级检测存储器件移除,以及方法,器件和连接器
    • WO2010141208A2
    • 2010-12-09
    • PCT/US2010035241
    • 2010-05-18
    • MICRON TECHNOLOGY INCCOOKE JAMESFEELEY PETERTSAI VICTORRADKE WILLIAM HGALBO NEALCOBBLEY CHAD
    • COOKE JAMESFEELEY PETERTSAI VICTORRADKE WILLIAM HGALBO NEALCOBBLEY CHAD
    • G06F13/14G06F1/32
    • G06F13/4068
    • Memory devices, connectors, methods for terminating an operation are provided, including memory device configured to terminate internal operation such as programming or erase operation responsive to receiving a signal during removal of the memory device from a connector, such as a socket. The memory device may be specially configured to generate the removal signal, such as by including a dedicated removal terminal. The memory card may respond to the signal by terminating a programming or erase operation before power is lost. Removal terminal may have a dimension different from a dimension of a power terminal through which the memory device receives power. The connector may be specially configured to generate a signal that causes a host to terminate programming or erase operations in the memory device prior to memory card removal, such as by including a switch that is actuated when the memory device moves to pre-power loss position.
    • 提供了用于终止操作的存储器件,连接器,用于终止操作的方法,包括响应于在从诸如插座的连接器移除存储器件期间接收到信号而终止诸如编程或擦除操作的内部操作的存储器件。 存储器件可以被特别地配置为产生去除信号,例如通过包括专用的移除终端。 存储卡可以通过在断电之前终止编程或擦除操作来响应信号。 移除终端可以具有与存储设备通过其接收电力的电源终端的维度不同的维度。 连接器可以被特别地配置成产生一个信号,使得主机在存储卡移除之前终止在存储器装置中的编程或擦除操作,例如通过包括在存储器件移动到功率损耗位置时启动的开关 。
    • 8. 发明申请
    • ERROR RECOVERY STORAGE ALONG A NAND-FLASH STRING
    • 错误恢复存储在NAND闪存串中
    • WO2009009302A3
    • 2009-03-05
    • PCT/US2008068236
    • 2008-06-25
    • MICRON TECHNOLOGY INCRADKE WILLIAM H
    • RADKE WILLIAM H
    • G11C29/00G11C29/42
    • G06F11/1008G06F11/1072H03M13/256H03M13/2909
    • Apparatus and methods store error recovery data in different dimensions of a memory array (102). For example, in one dimension, block error correction codes (ECC) are used, and in another dimension, supplemental error correction codes, such as convolutional codes, are used. By using separate dimensions, the likelihood that a defect affects both error recovery techniques is lessened, thereby increasing the probability that error recovery (510/ 525/530/535) can be performed successfully. In one example, block error correction codes are used for data stored along rows, and this data is stored in one level of multiple-level cells of the array. Supplemental error correction codes are used for data stored along columns, such as along the cells of a string, and the supplemental error correction codes are stored in a different level than the error correction codes.
    • 装置和方法将错误恢复数据存储在存储器阵列(102)的不同维度中。 例如,在一维中,使用块错误纠正码(ECC),并且在另一维度中,使用补充纠错码,例如卷积码。 通过使用单独的维度,减少了错误同时影响错误恢复技术的可能性,从而增加了成功执行错误恢复(510/525/530/535)的可能性。 在一个例子中,块错误校正码被用于沿行存储的数据,并且该数据被存储在阵列的多级单元中的一个级别中。 补充纠错码用于沿着列存储的数据,例如沿着字符串的单元格,并且补充纠错码存储在与纠错码不同的级别中。