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    • 1. 发明授权
    • Associative memory device
    • 关联存储器件
    • US5036486A
    • 1991-07-30
    • US550156
    • 1990-07-09
    • Kouki NoguchiMitsuru AkizawaKanji Kato
    • Kouki NoguchiMitsuru AkizawaKanji Kato
    • G06F15/78G06F17/30G11C15/04
    • G06F17/30982G11C15/04
    • In associative memory device, a search key is stored in the first storage element and a storage key is stored in the second storage elements, respectively via a first data bus. The search key is supplied to the comparator via a second data bus, and the storage key stored in the second storage element is supplied to the comparator. The comparator compares the search key with the storage key. When the storage key is consistent with the search key, the comparator delivers as the associative operation results a comparison consistency output signal to a priority encoder circuit which outputs code information having a limited bit length. This code information is transferred to CPU via a selector circuit. If the comparator delivers a comparison inconsistency output signal, this signal is directly passed to CPU via the priority encoder circuit, so that the contents of the first storage element is rewritten. The first and second storage elements are designated by an address signal and data is read or written via the first data bus, so that they are used as a usual memory device.
    • 在联想存储装置中,搜索关键字被存储在第一存储元件中,并且存储键分别通过第一数据总线存储在第二存储元件中。 搜索键通过第二数据总线提供给比较器,存储在第二存储元件中的存储键提供给比较器。 比较器将搜索键与存储键进行比较。 当存储密钥与搜索关键字一致时,比较器输出,因为相关操作将比较一致性输出信号结果输出到输出具有有限位长度的代码信息的优先编码器电路。 该代码信息通过选择电路传送到CPU。 如果比较器提供比较不一致输出信号,则该信号通过优先编码器电路直接传递给CPU,从而重写第一存储元件的内容。 第一和第二存储元件由地址信号指定,并且经由第一数据总线读取或写入数据,使得它们被用作通常的存储器件。
    • 3. 发明授权
    • Integrated microprocessor with associative memory device
    • 集成微处理器与联想存储器件
    • US5101376A
    • 1992-03-31
    • US690058
    • 1991-04-23
    • Kouki NoguchiMitsuru AkizawaKanji Kato
    • Kouki NoguchiMitsuru AkizawaKanji Kato
    • G06F17/30G11C15/04
    • G06F17/30982G11C15/04Y10S257/903
    • In associative memory device, a search key is stored in the first storage element and a storage key is stored in the second storage elements, respectively via a first data bus. The search key is supplied to the comparator via a second data bus, and the storage key stored in the second storage element is supplied to the comparator. The comparator compares the search key with the storage key. When the storage key is consistent with the search key, the comparator delivers as the associative operation results a comparison consistency output signal to a priority encoder circuit which outputs code information having a limited bit length. This code information is transferred to CPU via a selector circuit. If the comparator delivers a comparison inconsistency output signal, this signal is directly passed to CPU via the priority encoder circuit, so that the contents of the first storage element is rewritten. The first and second storage elements are designated by an address signal and data is read or written via the first data bus, so that they are used as a usual memory device.
    • 在联想存储装置中,搜索关键字被存储在第一存储元件中,并且存储键分别通过第一数据总线存储在第二存储元件中。 搜索键通过第二数据总线提供给比较器,存储在第二存储元件中的存储键提供给比较器。 比较器将搜索键与存储键进行比较。 当存储密钥与搜索关键字一致时,比较器输出,因为相关操作将比较一致性输出信号结果输出到输出具有有限位长度的代码信息的优先编码器电路。 该代码信息通过选择电路传送到CPU。 如果比较器提供比较不一致输出信号,则该信号通过优先编码器电路直接传递给CPU,从而重写第一存储元件的内容。 第一和第二存储元件由地址信号指定,并且经由第一数据总线读取或写入数据,使得它们被用作通常的存储器件。
    • 5. 发明授权
    • Semiconductor memory device with data error compensation
    • 具有数据误差补偿的半导体存储器件
    • US5398206A
    • 1995-03-14
    • US654379
    • 1991-02-12
    • Mitsuru AkizawaKazuhiko IwasakiKouki NoguchiRyuuji ShibataNoboru Yamaguchi
    • Mitsuru AkizawaKazuhiko IwasakiKouki NoguchiRyuuji ShibataNoboru Yamaguchi
    • G11C29/00G11C29/24G11C7/00G11C8/00
    • G11C29/808G11C29/24G11C29/74G11C29/76
    • A semiconductor memory device includes signal lines, a decoder for decoding an inputted address to output the decoded result to some of the signal lines, a matrixed memory array, a part of which being pre-specified as a compensated area, read out means for reading out data from memory cells in an area specified in accordance with a decode signal on the some signal line, a detector for detecting that the address is related with the compensated area from the decode signal on the some signal lines, the compensated area being pre-related with the some signal lines, and a fixed data outputting circuit for merging predetermined data into a predetermined part of the data read out from the memory cells in accordance with the detection signal to output the merged data. The fixed data outputting circuit is controlled by a control circuit in response to a merge control signal to output the data read out from the memory cells without the merging operation.
    • 半导体存储器件包括信号线,用于对输入的地址进行解码以将解码结果输出到某些信号线的解码器,其一部分被预先指定为补偿区域的矩阵存储器阵列,读出装置 在某些信号线上根据解码信号指定的区域中的存储器单元输出数据;检测器,用于检测所述地址与所述一些信号线上的解码信号中的所述补偿区域相关,所述补偿区域是预处理的, 与一些信号线相关联的固定数据输出电路,以及用于根据检测信号将预定数据合并到从存储器单元读出的数据的预定部分中以输出合并数据的固定数据输出电路。 固定数据输出电路由控制电路根据合并控制信号进行控制,以输出从存储单元读出的数据,而不进行合并操作。
    • 6. 发明申请
    • Integrated circuit and information processing device
    • 集成电路和信息处理装置
    • US20060174052A1
    • 2006-08-03
    • US11047670
    • 2005-02-02
    • Nobukazu KondoKei SuzukiKouki NoguchiItaru Nonomura
    • Nobukazu KondoKei SuzukiKouki NoguchiItaru Nonomura
    • G06F13/00
    • G06F13/4059
    • In an LSI system using an on-chip bus, when a transfer on the bus is delayed due to a fully loaded buffer in a destination module, a source module cannot proceed to the next processing. Such an unwanted situation is eliminated by a transferring buffer which is provided on a transfer path in an on-chip bus on the LSI for temporarily storing transfer data. With this transferring buffer, even if a buffer within a slave module, specified as the destination, is fully loaded and cannot accept any more transfer, a bus master can transfer data to the transferring buffer provided on the on-chip bus. Thus, the bus master is not kept waiting for execution of a transfer, irrespective of the state of the buffer within the slave, thereby improving the processing performance of the entire system.
    • 在使用片上总线的LSI系统中,当总线上的传输由于目的地模块中的满载缓冲器而被延迟时,源模块不能进行下一个处理。 通过在LSI上的片上总线的传送路径上提供的用于临时存储传送数据的传送缓冲器来消除这种不希望的情况。 使用此传输缓冲区,即使指定为目标的从模块中的缓冲区已完全加载,也不能接受任何更多传输,总线主机可将数据传输到片上总线上提供的传输缓冲区。 因此,无论总线主机中的缓冲器的状态如何,总线主机不会等待执行转移,从而提高整个系统的处理性能。