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    • 3. 发明授权
    • Structure and method for correction of defective analog data in a nonvolatile semiconductor memory
    • 用于校正非易失性半导体存储器中的有缺陷的模拟数据的结构和方法
    • US06445602B1
    • 2002-09-03
    • US09427838
    • 1999-10-26
    • Shingo KokudoYouichi NakasoneFumitaka Okamoto
    • Shingo KokudoYouichi NakasoneFumitaka Okamoto
    • G11C2700
    • G11C27/005G11C27/00
    • A nonvolatile semiconductor memory includes a memory unit, memory control unit, defect position detection unit, and data correction unit. The memory unit has a plurality of memory cells to discretely store an analog signal such as an image signal as analog data in the form of an analog value. The memory control unit sequentially selects the memory cells as a read out target of the memory unit in response to a predetermined clock. The defect position detection unit detects, on the basis of defect position information indicating a position of defective analog data included in the analog data read out from the memory unit, whether a memory cell corresponding to the defect position is selected by the memory control unit, and outputs a detection output. The data correction unit corrects the analog data at the defect position in accordance with the detection output from the defect position detection unit by using another analog data of the analog signal stored in said memory unit.
    • 非易失性半导体存储器包括存储单元,存储器控制单元,缺陷位置检测单元和数据校正单元。 存储单元具有多个存储器单元,以模拟值的形式离散地存储诸如图像信号的模拟信号作为模拟数据。 存储器控制单元响应于预定时钟顺序选择存储单元作为存储单元的读出目标。 缺陷位置检测单元基于指示从存储单元读出的模拟数据中包含的缺陷模拟数据的位置的缺陷位置信息,检测由存储器控制单元是否选择与缺陷位置对应的存储单元, 并输出检测输出。 数据校正单元通过使用存储在所述存储单元中的模拟信号的另一个模拟数据,根据来自缺陷位置检测单元的检测输出,在缺陷位置校正模拟数据。
    • 6. 发明授权
    • Recording system, data recording device, memory device, and data recording method
    • 记录系统,数据记录装置,存储装置和数据记录方法
    • US06388908B1
    • 2002-05-14
    • US09806133
    • 2001-03-26
    • Shigeo ArakiKenichi Nakanishi
    • Shigeo ArakiKenichi Nakanishi
    • G11C2700
    • G06F3/0613G06F3/064G06F3/0659G06F3/0679G06F12/0246G06F12/0607G06F2212/2022G11C7/16G11C7/22G11C8/12G11C2207/16
    • Data 30 is recorded into storages 0 to 3 in parallel. Writing sectors are selected from a plurality of clusters so that the sectors are continuously arranged in each cluster, and the data is simultaneously written into the selected sectors. In the case where the sectors numbered in the original order are written into the storages 0 to 3 in parallel, the data of No. 0 is recorded into the head sector in the cluster of the storage 0, the data of No. 16 is recorded into the head sector in the cluster of the storage 1, the data of No. 32 is recorded into the head sector in the cluster of the storage 2, and the data of No. 48 is recorded into the head sector in the cluster of the storage 3, respectively. Thus, the data is arranged in the original order into the cluster constructed in the same storage. When the data is written into a plurality of storages in parallel, the compatibility of the file format of the written data is held.
    • 数据30被并行地记录到存储器0到3中。 从多个簇中选择写入扇区,使得扇区被连续排列在每个簇中,并且数据被同时写入所选择的扇区。 在以原始顺序编号的扇区并行地写入存储器0至3的情况下,将0号的数据记录在存储器0的簇中的头扇区中,记录16号的数据 将32号的数据记录在存储器2的簇中的头扇区中,并将48号的数据记录在存储器2的簇中的头扇区中 存储3个。 因此,数据以原始顺序排列到同一存储器中构建的群集中。 当数据被并行写入多个存储器时,保持写入数据的文件格式的兼容性。