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    • 5. 发明授权
    • On-the-fly repair method for memory
    • 内存的动态修复方法
    • US08527839B2
    • 2013-09-03
    • US13017372
    • 2011-01-31
    • Chun-Hsiung HungShuo-Nan HungTseng-Yi Liu
    • Chun-Hsiung HungShuo-Nan HungTseng-Yi Liu
    • G11C29/00
    • G11C29/82
    • An on-the-fly repair method for a memory includes: performing a block erase operation on the memory; checking whether the block erase operation is passed or not; finding whether there is any available and healthy redundancy block in the memory if the block erase operation is not passed; programming an address of a failed block to be repaired, an enable bit and at least one error correction bit into both first and second redundancy information regions in a redundancy information set of the memory; checking whether error in the first and the second redundancy information regions is recoverable based on the error correction bit; and if the error is recoverable, then programming the redundancy information set as effective to replace the failed block by the redundancy block related to the effective redundancy information set.
    • 一种用于存储器的动态修复方法包括:对存储器执行块擦除操作; 检查块擦除操作是否通过; 如果块擦除操作未通过,查找存储器中是否存在任何可用且健康的冗余块; 将要修复的故障块的地址,使能位和至少一个纠错位编程到存储器的冗余信息集中的第一和第二冗余信息区; 基于纠错位检查第一和第二冗余信息区域中的错误是否可恢复; 并且如果可恢复该错误,则将冗余信息设置为有效以将故障块替换为与有效冗余信息集相关的冗余块。
    • 6. 发明申请
    • On-the-Fly Repair Method for Memory
    • 内存修复方法
    • US20120198298A1
    • 2012-08-02
    • US13017372
    • 2011-01-31
    • Chun-Hsiung HungShuo-Nan HungTseng-Yi Liu
    • Chun-Hsiung HungShuo-Nan HungTseng-Yi Liu
    • G06F11/14
    • G11C29/82
    • An on-the-fly repair method for a memory includes: performing a block erase operation on the memory; checking whether the block erase operation is passed or not; finding whether there is any available and healthy redundancy block in the memory if the block erase operation is not passed; programming an address of a failed block to be repaired, an enable bit and at least one error correction bit into both first and second redundancy information regions in a redundancy information set of the memory; checking whether error in the first and the second redundancy information regions is recoverable based on the error correction bit; and if the error is recoverable, then programming the redundancy information set as effective to replace the failed block by the redundancy block related to the effective redundancy information set.
    • 一种用于存储器的动态修复方法包括:对存储器执行块擦除操作; 检查块擦除操作是否通过; 如果块擦除操作未通过,查找存储器中是否存在任何可用且健康的冗余块; 将要修复的故障块的地址,使能位和至少一个纠错位编程到存储器的冗余信息集中的第一和第二冗余信息区; 基于纠错位检查第一和第二冗余信息区域中的错误是否可恢复; 并且如果可恢复该错误,则将冗余信息设置为有效以将故障块替换为与有效冗余信息集相关的冗余块。