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    • 3. 发明专利
    • Channel address conversion system
    • 通道地址转换系统
    • JPS61114352A
    • 1986-06-02
    • JP23472984
    • 1984-11-07
    • Fujitsu Ltd
    • MIYAJIMA SHIGERUKANEKO KENICHIAKASAKA TSUTOMU
    • G06F12/10G06F13/12
    • PURPOSE: To cope with high-speed transfer of data on an I/O and also to avoid the generation of an overrun, etc., by performing the address conversion of high speed equivalent to a TLB (translation look-aside buffer) at the channel side and therefore increasing the number of channels.
      CONSTITUTION: A channel data processor CDP is provided between a main memory MM and a channel CH. The memory MM contains a logical/real address conversion table TB, and the CDP contains a conversion mechanism TM corresponding to a TLB. Four conversion registers are provided to each channel of the mechanism TM to store the result of conversion between a logical address and a real address. A subchannel memory SCM contains a storage area SR for result of conversion. Thus the results of logical/real address conversions of the mechanism TM are stored to the area SR for each subchannel.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:为了应对I / O上的高速数据传输,并且通过执行相当于TLB(转换后备缓冲器)的高速地址转换来避免产生超限等 通道侧,因此增加通道数。 构成:在主存储器MM和通道CH之间提供通道数据处理器CDP。 存储器MM包含逻辑/真实地址转换表TB,并且CDP包含对应于TLB的转换机制TM。 四个转换寄存器被提供给机构TM的每个通道以存储逻辑地址和实际地址之间的转换结果。 子通道存储器SCM包含用于转换结果的存储区域SR。 因此,机制TM的逻辑/实际地址转换的结果被存储到每个子信道的区域SR。
    • 4. 发明专利
    • Data processing device
    • 数据处理设备
    • JPS6158069A
    • 1986-03-25
    • JP16525584
    • 1984-08-07
    • Fujitsu Ltd
    • MIYAJIMA SHIGERU
    • G06F13/12G06F13/362
    • G06F13/122G06F13/362
    • PURPOSE:To operate all channel devices on the average and to enhance processing capacity of a data processing device and transfer capacity of a two-way bus by installing a priority order control circuit at the data processing device having the first priority order circuit of a two-way bus. CONSTITUTION:At a priority order circuit 11' for a two-way bus 3 of a channel control device 1, a circuit is installed which detects a data transfer request signal from the channel device when a response can be continuosly executed for the channel devices CH0-CHn. When the circuit detects a new data transfer request, a priority order control circuit 14 can send the new transfer request from channel devices CH0-CHn to the two-way bus 3 and after that, the next response is executed by the other channel.
    • 目的:平均操作所有通道设备,并通过在具有两个总线的第一优先级顺序电路的数据处理设备上安装优先级顺序控制电路来增强数据处理设备的处理能力和传输双向总线的容量 - 公车。 构成:在通道控制装置1的双向总线3的优先顺序电路11'上,安装有可以对通道装置CH0连续执行响应时从信道装置检测数据传送请求信号的电路 -CHn。 当电路检测到新的数据传输请求时,优先顺序控制电路14可以将新的传送请求从信道设备CH0-CHn发送到双向总线3,之后由另一个信道执行下一个响应。
    • 5. 发明专利
    • CONTROL SYSTEM OF MICROPROGRAM
    • JPS6049439A
    • 1985-03-18
    • JP15738583
    • 1983-08-29
    • FUJITSU LTD
    • MIYAJIMA SHIGERU
    • G06F9/28G06F9/22G06F9/38
    • PURPOSE:To increase the executing speed of a move instruction by controlling a microstep so as to by-pass when it is detected that an instruction following the move instruction is fetched. CONSTITUTION:An instruction which is under execution is stored to an instruction buffer register 630, and the instruction to be executed next is prefetched and also stored to an instruction buffer register 620. If the corresponding instruction is equal to a move instruction, furthermore the following instruction is prefetched from a main memory and stored to an instruction buffer register 610. Then a valid bit 611 is turned on. Under such a condition, an operation part OPC of the register 620 is fed to a decoder DEC64. Then a signal line showing the move instruction, etc. is energized and receives an AND through a logical circuit 65 together with the ON signal of the bit 611. Thus NO-IFETCH signal is outputted. As a result, an OP code branch plus an N-bit branch are executed and a branch to a step 3 from a step 1 is executed.
    • 6. 发明专利
    • Data storing system
    • 数据存储系统
    • JPS59176851A
    • 1984-10-06
    • JP5077483
    • 1983-03-27
    • Fujitsu Ltd
    • MARUO AKIHIROMIYAJIMA SHIGERU
    • G06F9/30G06F11/14
    • G06F11/14
    • PURPOSE:To shorten the data processing time by storing the data immediately to a local storage with no special checking and performing the prescribed processing after detecting a specific bit train for retrial. CONSTITUTION:Output lines L1-L4 are controlled to perform writing to a local storage DSLS for each fetching. An output line L2 of an aligning direction register ALR is stored while giving distinction to the fetching outputs between the 1st and 2nd cycles. In the 1st cycle the normal aligning direction data is stored; while the aligning direction is stored in the form of a specific bit string in the 2nd cycle. Then the different direction from the storage is applied for reading, and the data detected said specific bit string is stored in a main memory MS after a logical operation performed with the cycle data to be read out next. An address register ADR is added together with a data length register DLR and a data aligning circuit DAL.
    • 目的:通过在没有特别检查的情况下立即将数据存储到本地存储器,并在检测到特定的位列进行重试后执行规定的处理来缩短数据处理时间。 规定:输出线L1-L4被控制以对每次取出执行写入本地存储DSLS。 存储对齐方向寄存器ALR的输出线L2,同时对第1和第2周期之间的取出输出进行区分。 在第一循环中存储正常对准方向数据; 而对齐方向在第二周期中以特定位串的形式存储。 然后,将与存储器不同的方向应用于读取,并且在用随后读取的周期数据执行逻辑操作之后,检测到的所述特定位串的数据被存储在主存储器MS中。 地址寄存器ADR与数据长度寄存器DLR和数据对准电路DAL相加。
    • 7. 发明专利
    • ADDRESS CONTROLLING SYSTEM
    • JPS5856541A
    • 1983-04-04
    • JP15501481
    • 1981-09-30
    • FUJITSU LTD
    • MIYAJIMA SHIGERU
    • G01M11/00G01R31/11G06F9/30G06F9/32H04B17/00
    • PURPOSE:To reduce the number of circuit components and to improve the processing speed, by unifying address updating control circuits which reads out instructions and operands and writes them. CONSTITUTION:At instruction readout, an instruction address is stored in a main storage address register circuit 2 from an address storage circuit 4 and a revised amount of the instruction address is formed in an instruction readout storage address updating control circuit 5. An updating signal 11 updates the address of an address updating circuit 3 and the instruction address is stored in the circuit 4. At readout/write of operands, the amount of updating of the operand address is formed in an operand readout/write storage address updating control circuit 6. When the amount of access of operands such as MOVE instruction and the like is much, the control is taken over from the circuit 6 to the circuit 5 with a signal 13 to update the operand address of the circuit 4 through the signal 11 via the circuit 3 for the updated amount of the initial access.