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    • 21. 发明授权
    • Semiconductor storage device and method of controlling a semiconductor storage device by allocating a physical block composed of plural pages to a group of logical addresses
    • 半导体存储装置以及通过将由多页构成的物理块分配给一组逻辑地址来控制半导体存储装置的方法
    • US08312203B2
    • 2012-11-13
    • US12017615
    • 2008-01-22
    • Nagamasa Mizushima
    • Nagamasa Mizushima
    • G06F12/02
    • G06F12/0246G06F2212/7208
    • In a semiconductor storage device, a memory controller divides each of blocks in each of chips into a first page set composed of pages and a second page set composed of pages, divides a logical address space into groups, and divides each group into lines. Block units are created each of which is obtained by assembling a predetermined number of blocks from the blocks in each chip. A predetermined number of block units from the block units are managed as standard block units, and the other block units are managed as spare block units. Each standard block unit is made to correspond to one group. The corresponding group data is stored in the pages in the first page set in each block constituting the standard block unit, and unwritten pages for recording update data for the group data are provided to be included in the second page set.
    • 在半导体存储装置中,存储器控制器将每个芯片中的每个块划分为由页面组成的第一页面集合和由页面组成的第二页面集合,将逻辑地址空间分成组,并将每个组划分成行。 创建块单元,每个块单元通过从每个芯片中的块组装预定数量的块而获得。 来自块单元的预定数量的块单元被作为标准块单元进行管理,其他块单元作为备用块单元进行管理。 每个标准块单元对应于一个组。 将相应的组数据存储在构成标准块单元的每个块中的第一页集中的页面中,并且提供用于记录用于组数据的更新数据的未写入页面以包括在第二页组中。
    • 22. 发明授权
    • Semiconductor memory system having a snapshot function
    • 具有快照功能的半导体存储器系统
    • US08151060B2
    • 2012-04-03
    • US11783364
    • 2007-04-09
    • Nagamasa Mizushima
    • Nagamasa Mizushima
    • G06F12/00G06F11/00G11C16/02
    • G06F12/0246G06F11/1415G06F11/1471G06F12/1009G06F2201/84
    • In a semiconductor memory computer equipped with a flash memory, use of backed-up data is enabled. The semiconductor memory computer includes an address conversion table for detecting physical addresses of at least two pages storing data by designating a logical address from one of logical addresses to be designated by a reading request. The semiconductor memory computer includes a page status register for detecting one page status allocated to each page, and page statuses to be detected include the at least following four statuses: (1) a latest data storage status, (2) a not latest data storage status, (3) an invalid data storage status, and (4) an unwritten status. By using the address conversion table and the page status register, at least two data s (latest data and past data) can be read for one designated logical address from a host computer.
    • 在配有闪存的半导体存储器中,使用备份数据。 半导体存储器计算机包括地址转换表,用于通过从由读取请求指定的逻辑地址之一指定逻辑地址来检测存储数据的至少两个页面的物理地址。 半导体存储器计算机包括用于检测分配给每个页面的一页状态的页面状态寄存器,并且要检测的页面状态包括至少以下四个状态:(1)最新数据存储状态,(2)不是最新的数据存储 状态,(3)无效数据存储状态,以及(4)不成文状态。 通过使用地址转换表和页面状态寄存器,可以从主机为一个指定的逻辑地址读取至少两个数据s(最新数据和过去数据)。
    • 23. 发明申请
    • METHOD OF CORRECTING ERROR OF FLASH MEMORY DEVICE, AND, FLASH MEMORY DEVICE AND STORAGE SYSTEM USING THE SAME
    • 校正闪速存储器件的错误的方法,以及使用其的闪存存储器件和存储系统
    • US20090132875A1
    • 2009-05-21
    • US12026738
    • 2008-02-06
    • Jun KITAHARANagamasa Mizushima
    • Jun KITAHARANagamasa Mizushima
    • G11C29/00
    • G06F11/1068G11C16/3418
    • According to this invention, a highly reliable memory device that uses up a life of a flash memory can be provided. The memory device is a nonvolatile memory device including a plurality of memory cells, in which: each of the plurality of memory cells is an FET which includes a floating gate; the plurality of memory cells are divided into a plurality of deletion blocks; and the nonvolatile memory device reads data stored in a first deletion block, detects and corrects an error contained in the read data, stores, when the number of bits of the detected error exceeds a threshold, the corrected data in a second deletion block, sets a smaller value as the threshold as an error frequency detected in the first deletion block is higher, and sets a smaller value as the threshold as the number of deletion times executed in the first deletion block is larger.
    • 根据本发明,可以提供使用快闪存储器寿命的高度可靠的存储器件。 存储器件是包括多个存储单元的非易失性存储器件,其中:多个存储器单元中的每一个都是包括浮置栅极的FET; 多个存储单元被分成多个删除块; 并且非易失性存储器件读取存储在第一删除块中的数据,检测并校正读取数据中包含的错误,当检测到的错误的位数超过阈值时,存储第二删除块中的校正数据 作为在第一删除块中检测到的错误频率的阈值的较小值较高,并且随着在第一删除块中执行的删除次数的数量较大,将较小的值设置为阈值。
    • 24. 发明申请
    • Semiconductor memory system having a snapshot function
    • 具有快照功能的半导体存储器系统
    • US20080126712A1
    • 2008-05-29
    • US11783364
    • 2007-04-09
    • Nagamasa Mizushima
    • Nagamasa Mizushima
    • G06F12/00
    • G06F12/0246G06F11/1415G06F11/1471G06F12/1009G06F2201/84
    • In a semiconductor memory computer equipped with a flash memory, use of backed-up data is enabled. The semiconductor memory computer includes an address conversion table for detecting physical addresses of at least two pages storing data by designating a logical address from one of logical addresses to be designated by a reading request. The semiconductor memory computer includes a page status register for detecting one page status allocated to each page, and page statuses to be detected include the at least following four statuses: (1) a latest data storage status, (2) a not latest data storage status, (3) an invalid data storage status, and (4) an unwritten status. By using the address conversion table and the page status register, at least two data s (latest data and past data) can be read for one designated logical address from a host computer.
    • 在配有闪存的半导体存储器中,使用备份数据。 半导体存储器计算机包括地址转换表,用于通过从由读取请求指定的逻辑地址之一指定逻辑地址来检测存储数据的至少两个页面的物理地址。 半导体存储器计算机包括用于检测分配给每个页面的一页状态的页面状态寄存器,并且要检测的页面状态包括至少以下四个状态:(1)最新数据存储状态,(2)不是最新的数据存储 状态,(3)无效数据存储状态,以及(4)不成文状态。 通过使用地址转换表和页面状态寄存器,可以从主机为一个指定的逻辑地址读取至少两个数据s(最新数据和过去数据)。
    • 29. 发明授权
    • Remote access system, gateway, client device, program, and storage medium
    • 远程访问系统,网关,客户端设备,程序和存储介质
    • US08015417B2
    • 2011-09-06
    • US10566943
    • 2005-01-20
    • Takatoshi KatoNagamasa MizushimaTakashi TsunehiroMakoto KayashimaKazushi Nakagawa
    • Takatoshi KatoNagamasa MizushimaTakashi TsunehiroMakoto KayashimaKazushi Nakagawa
    • H04L29/06H04L9/32G06F7/04G06F12/00H04N7/16
    • G06F21/445G06F21/34
    • Disclosed is a secure remote access system for improving convenience of a user by utilizing a storage device including an anti-tampering device as a user authentication device in the secure remote access system for making access and execution of job while a user is making the encrypted communication to a server from an unspecified client. Usability can be improved and thereby the job executing function can be used smoothly at the internal and external sides of the working office by providing a server client system where the server can be manipulated remotely by distributing a storage device loading the authorized anti-tampering device to users, connecting the storage device to unspecified clients by users, and using the authentication information and application stored in the storage device. A remote access system having improved security and convenient during usage of client from the user can also be provided by reducing the secret information remaining in the manipulated client.
    • 公开了一种安全的远程访问系统,用于通过利用包括防篡改设备的存储设备在安全远程访问系统中的用户认证设备来提高用户的便利性,用于在用户进行加密的通信时进行访问和执行 从未指定的客户端到服务器。 可以提高可用性,从而可以通过提供服务器客户端系统在工作场所的内部和外部平滑地使用作业执行功能,其中可以通过将加载授权的防篡改设备的存储设备分发到远程操作服务器 用户,用户将存储设备连接到未指定的客户端,并使用存储在存储设备中的认证信息和应用程序。 还可以通过减少被操纵的客户端中剩余的秘密信息来提供具有改进的安全性并且在从用户使用客户端期间方便的远程访问系统。