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    • 2. 发明申请
    • MEMORY APPARATUS
    • 记忆装置
    • US20130024607A1
    • 2013-01-24
    • US13547346
    • 2012-07-12
    • Young-ho ParkSeong-jun AhnMin-cheol Kwon
    • Young-ho ParkSeong-jun AhnMin-cheol Kwon
    • G06F12/02
    • G06F12/0246G06F2212/7202G06F2212/7208G11C29/82
    • A memory apparatus includes first memory chip and second memory chip; and a control unit configured to manage a global reserved area, a first virtual area for the first memory chip, and a second virtual area for the second memory chip, wherein the first virtual area includes a first user area and a first reserved area, the second virtual area includes a second user area and a second reserved area, the global reserved area includes a first plurality of reserved blocks corresponding to the first reserved area and a second plurality of reserved blocks corresponding to the second reserved area, and the control unit is configured to assign a second virtual block included in the global reserved area to the first user area if the control unit detects a first virtual block included in the first user area is a bad block.
    • 存储装置包括第一存储芯片和第二存储芯片; 以及控制单元,被配置为管理全局保留区域,第一存储器芯片的第一虚拟区域和第二存储器芯片的第二虚拟区域,其中,第一虚拟区域包括第一用户区域和第一保留区域, 第二虚拟区域包括第二用户区域和第二保留区域,全局保留区域包括对应于第一保留区域的第一多个保留块和对应于第二保留区域的第二多个保留块,并且控制单元是 被配置为如果所述控制单元检测到包括在所述第一用户区域中的第一虚拟块是坏块,则将包含在所述全局保留区域中的第二虚拟块分配给所述第一用户区域。
    • 3. 发明授权
    • Memory apparatus
    • 存储设备
    • US08935460B2
    • 2015-01-13
    • US13547346
    • 2012-07-12
    • Young-ho ParkSeong-jun AhnMin-cheol Kwon
    • Young-ho ParkSeong-jun AhnMin-cheol Kwon
    • G06F12/00G06F13/00G06F13/28G06F12/02G11C29/00
    • G06F12/0246G06F2212/7202G06F2212/7208G11C29/82
    • A memory apparatus includes first memory chip and second memory chip; and a control unit configured to manage a global reserved area, a first virtual area for the first memory chip, and a second virtual area for the second memory chip, wherein the first virtual area includes a first user area and a first reserved area, the second virtual area includes a second user area and a second reserved area, the global reserved area includes a first plurality of reserved blocks corresponding to the first reserved area and a second plurality of reserved blocks corresponding to the second reserved area, and the control unit is configured to assign a second virtual block included in the global reserved area to the first user area if the control unit detects a first virtual block included in the first user area is a bad block.
    • 存储装置包括第一存储芯片和第二存储芯片; 以及控制单元,被配置为管理全局保留区域,第一存储器芯片的第一虚拟区域和第二存储器芯片的第二虚拟区域,其中,第一虚拟区域包括第一用户区域和第一保留区域, 第二虚拟区域包括第二用户区域和第二保留区域,全局保留区域包括对应于第一保留区域的第一多个保留块和对应于第二保留区域的第二多个保留块,并且控制单元是 被配置为如果所述控制单元检测到包括在所述第一用户区域中的第一虚拟块是坏块,则将包含在所述全局保留区域中的第二虚拟块分配给所述第一用户区域。
    • 5. 发明申请
    • Least significant bit page recovery method used in multi-level cell flash memory device
    • 在多级单元闪存设备中使用的最不重要的位页恢复方法
    • US20100074012A1
    • 2010-03-25
    • US12585299
    • 2009-09-10
    • Kyung-min ParkSeong-jun Ahn
    • Kyung-min ParkSeong-jun Ahn
    • G11C16/04
    • G11C11/5628G11C29/00
    • A Least Significant Bit (LSB) page recovery method used in a multi-level cell (MLC) flash memory device is provided. The method includes setting first through nth LSB page groups (n being a natural number that is larger than 2) comprising at least two LSB pages from among the LSB pages included in the MLC flash memory, programming the first through xth LSB pages (x is a natural number that is larger than 2) included in an ith LSB page group (i is a natural number that is smaller than n), generating and storing an ith LSB parity page for the first through xth LSB pages, programming first through xth MSB pages which correspond to one LSB page from among the first through xth LSB pages, and recovering a jth LSB page, which are paired with a jth MSB page, using the ith LSB parity page corresponding to the ith LSB page group, when a power supply to the MLC flash memory is stopped during the programming of the jth MSB page (j is a natural number that is smaller than x).
    • 提供了在多级单元(MLC)闪存设备中使用的最低有效位(LSB)页面恢复方法。 该方法包括从包括在MLC闪存中的LSB页中设置包括至少两个LSB页的第一至第N个LSB页组(n是大于2的自然数),编程第一至第十LSB页(x为 大于2的自然数)包含在第i个LSB页组中(i是小于n的自然数),生成并存储第一至第LSB LSB页的第i个LSB奇偶校验页,首先编程到第x个MSB 对应于从第一至第LSB LSB页中的一个LSB​​页面的页面,以及使用与第i个LSB页面组对应的第i个LSB奇偶校验页面,恢复与第j个MSB页面配对的第j个LSB页面,当电源 在第j个MSB页面的编程期间,停止MLC闪速存储器(j是小于x的自然数)。
    • 6. 发明授权
    • Least significant bit page recovery method used in multi-level cell flash memory device
    • 在多级单元闪存设备中使用的最不重要的位页恢复方法
    • US07990765B2
    • 2011-08-02
    • US12585299
    • 2009-09-10
    • Kyung-min ParkSeong-jun Ahn
    • Kyung-min ParkSeong-jun Ahn
    • G11C16/04
    • G11C11/5628G11C29/00
    • A Least Significant Bit (LSB) page recovery method used in a multi-level cell (MLC) flash memory device includes setting first through nth LSB page groups (n being a natural number that is larger than 2) comprising at least two LSB pages from among the LSB pages included in the MLC flash memory, programming the first through xth LSB pages (x is a natural number that is larger than 2) included in an ith LSB page group (i is a natural number that is smaller than n), generating and storing an ith LSB parity page for the first through xth LSB pages, programming first through xth MSB pages which correspond to one LSB page from among the first through xth LSB pages, and recovering a jth LSB page, which are paired with a jth MSB page, using the ith LSB parity page corresponding to the ith LSB page group, when a power supply to the MLC flash memory is stopped during the programming of the jth MSB page (j is a natural number that is smaller than x).
    • 在多级单元(MLC)闪速存储器件中使用的最低有效位(LSB)页恢复方法包括将包括至少两个LSB页的第一至第N个LSB页组(n为大于2的自然数) 在包含在MLC闪速存储器中的LSB页之中,对包含在第i个LSB页组(i是小于n的自然数)中的第一至第x LSB页(x是大于2的自然数)进行编程, 生成和存储第一至第LSB LSB页面的第i个LSB奇偶校验页面,对应于第一至第LSB页面中的一个LSB​​页面的第一至第X个MSB页面进行编程,以及恢复与第j个LSB页面配对的第j个LSB页面 当在第j个MSB页面的编程(j是小于x的自然数)中停止向MLC闪存的电源供应时,使用与第i个LSB页组对应的第i个LSB奇偶校验页面。