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    • 8. 发明授权
    • Pseudo random and command driven bit compensation for the cycling effects in flash memory
    • 伪随机和命令驱动位补偿闪存中的循环效应
    • US07734861B2
    • 2010-06-08
    • US11530392
    • 2006-09-08
    • Yan LiYupin Kawing FongNima Mokhlesi
    • Yan LiYupin Kawing FongNima Mokhlesi
    • G06F13/10
    • G11C16/3418G11C7/1006G11C11/5621G11C16/0483G11C16/3427
    • Easily implemented randomization within a flash memory EEPROM reduces the NAND string resistance effect, program disturbs, user read disturbs, and floating gate to floating gate coupling that result from repeated and long term storage of specific data patterns. The randomization may be code generated pseudo randomization or user driven randomization in different embodiments. User driven commands, the timing of which cannot be predicted may be used to trigger and achieve a high level of randomization. Randomly altering the encoding scheme of the data prevents repeated and long term storage of specific data patterns. Even if a user wishes to store the same information for long periods, or to repeatedly store it, it will be randomly encoded with different encoding schemes, and the data pattern will therefore be varied.
    • 易于实现的闪速存储器EEPROM内的随机化可以减少由于特定数据模式的重复和长期存储而导致的NAND串电阻效应,程序干扰,用户读取干扰以及浮动栅极与浮动栅极耦合。 在不同的实施例中,随机化可以是代码生成的伪随机化或用户驱动的随机化。 用户驱动的命令,其定时不能预测可用于触发和实现高水平的随机化。 随机改变数据的编码方案可防止特定数据模式的重复和长期存储。 即使用户希望长时间存储相同的信息,也可以重复存储,将以不同的编码方式进行随机编码,因此数据模式将会变化。
    • 9. 发明授权
    • Methods in a pseudo random and command driven bit compensation for the cycling effects in flash memory
    • 闪存中循环效应的伪随机和命令驱动位补偿方法
    • US07606966B2
    • 2009-10-20
    • US11530399
    • 2006-09-08
    • Yan LiYupin Kawing FongNima Mokhlesi
    • Yan LiYupin Kawing FongNima Mokhlesi
    • G06F13/10
    • G11C7/1006G11C16/3418
    • Easily implemented randomization within a flash memory EEPROM reduces the NAND string resistance effect, program disturbs, user read disturbs, and floating gate to floating gate coupling that result from repeated and long term storage of specific data patterns. The randomization may be code generated pseudo randomization or user driven randomization in different embodiments. User driven commands, the timing of which cannot be predicted may be used to trigger and achieve a high level of randomization. Randomly altering the encoding scheme of the data prevents repeated and long term storage of specific data patterns. Even if a user wishes to store the same information for long periods, or to repeatedly store it, it will be randomly encoded with different encoding schemes, and the data pattern will therefore be varied.
    • 易于实现的闪速存储器EEPROM内的随机化可以减少由于特定数据模式的重复和长期存储而导致的NAND串电阻效应,程序干扰,用户读取干扰以及浮动栅极与浮动栅极耦合。 在不同的实施例中,随机化可以是代码生成的伪随机化或用户驱动的随机化。 用户驱动的命令,其定时不能预测可用于触发和实现高水平的随机化。 随机改变数据的编码方案可防止特定数据模式的重复和长期存储。 即使用户希望长时间存储相同的信息,也可以重复存储,将以不同的编码方式进行随机编码,因此数据模式将会变化。
    • 10. 发明申请
    • NONVOLATILE MEMORY AND METHOD FOR ON-CHIP PSEUDO-RANDOMIZATION OF DATA WITHIN A PAGE AND BETWEEN PAGES
    • 非页面存储器和方法,用于在页面和页面之间的数据的片上PSEUDO-RANDOMIZATION
    • US20090067244A1
    • 2009-03-12
    • US11852229
    • 2007-09-07
    • Yan LiYupin Kawing FongNima Mokhlesi
    • Yan LiYupin Kawing FongNima Mokhlesi
    • G11C16/08
    • G11C11/5628G11C7/1006G11C16/10G11C16/3418G11C16/3427G11C2211/5647
    • Features within an integrated-circuit memory chip enables scrambling or randomization of data stored in an array of nonvolatile memory cells. In one embodiment, randomization within each page helps to control source loading errors during sensing and floating gate to floating gate coupling among neighboring cells. Randomization from page to page helps to reduce program disturbs, user read disturbs, and floating gate to floating gate coupling that result from repeated and long term storage of specific data patterns. In another embodiment, randomization is implemented both within a page and between pages. The scrambling or randomization may be predetermined, or code generated pseudo randomization or user driven randomization in different embodiments. These features are accomplished within the limited resource and budget of the integrated-circuit memory chip.
    • 集成电路存储芯片内的特征使得能够对存储在非易失性存储单元阵列中的数据进行加扰或随机化。 在一个实施例中,每个页面内的随机化有助于控制感测期间的源负载误差和在相邻小区之间的浮动栅极到浮动栅极耦合。 从页面到页面的随机化有助于减少程序干扰,用户读取干扰以及由特定数据模式的重复和长期存储引起的浮动栅极耦合的浮动栅极。 在另一个实施例中,在页面之间和页面之间实现随机化。 在不同的实施例中,加扰或随机化可以是预定的,或代码生成的伪随机化或用户驱动的随机化。 这些功能在集成电路存储芯片的有限资源和预算内完成。