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    • 5. 发明授权
    • Information processor providing enhanced handling of address-conflicting
instructions during pipeline processing
    • 信息处理者在管道加工期间提供地址冲突指令的增强处理
    • US5075849A
    • 1991-12-24
    • US292346
    • 1988-12-30
    • Kazunori KuriyamaYooichi ShintaniTohru ShonaiEiki KamadaKiyoshi Inoue
    • Kazunori KuriyamaYooichi ShintaniTohru ShonaiEiki KamadaKiyoshi Inoue
    • G06F9/38
    • G06F9/3824
    • An information processor detects a conflict between successive instructions by determining whether a preceding instruction under execution calls for fetching a first operand from a main memory, generating execution result data based on the first operand and updating one of a plurality of address data designated by a to-be-executed succeeding instruction, with the execution result data. When a conflict is detected, there is supplied to an address adder at least some of the plurality of address data determined by a type of the preceding instruction to complete an operand address calculation stage for the succeeding instruction. Then, before the one address data is updated by the preceding instruction after the first operand has been fetched from the main memory in an operand fetch stage for the preceding instruction, an operation determined by the preceding instruction is performed on the output of the address adder and the fetched first operand to generate an address equal to a sum of the plurality of address data, excluding said one address, and the execution result data for the preceding instruction, and this address is used as the address of the second operand of the succeeding instruction.
    • 信息处理器通过确定执行中的前一指令是否从主存储器取出第一操作数,检测基于第一操作数的执行结果数据,并更新由a至 执行后续指令,执行结果数据。 当检测到冲突时,由地址加法器提供由前一条指令的类型确定的多个地址数据中的至少一些,以完成后续指令的操作数地址计算阶段。 然后,在前一条指令的操作数获取级中从主存储器取出第一操作数之前,先前指令更新一个地址数据之前,对地址加法器的输出执行由先前指令确定的操作 以及所取出的第一操作数,以产生等于除所述一个地址之外的多个地址数据之和的地址和前一条指令的执行结果数据,并且该地址被用作后续的第二操作数的地址 指令。
    • 7. 发明授权
    • Data processor for parallelly executing conflicting instructions
    • 用于并行执行冲突指令的数据处理器
    • US4928226A
    • 1990-05-22
    • US124839
    • 1987-11-24
    • Eiki KamadaYooichi ShintaniKazunori KuriyamaTohru ShonaiKiyoshi Inoue
    • Eiki KamadaYooichi ShintaniKazunori KuriyamaTohru ShonaiKiyoshi Inoue
    • G06F9/38
    • G06F9/3836
    • A data processor includes an instruction detection unit for detecting that a succeeding instruction writes a read-out operand into a general register group without subjecting it to arithmetic or logical operation, in accordance with instruction decode informations provided by an instruction hold unit; a conflict detection unit for detecting a conflicting state that the preceding instruction performs a write operation into a general register of the general register group and the succeeding instruction reads an operand from the same general register, in accordance with instruction decode informations provided by the instruction hold unit; and a contention detection unit for detecting a contention state that the preceding instruction performs a write operation into the same general register and the succeeding instruction also performs a write operation into the same general register, in accordance with instruction decode informations provided by the instruction hold unit.
    • 数据处理器包括:指令检测单元,用于根据由指令保持单元提供的指令解码信息,检测后续指令将读出操作数写入通用寄存器组,而不对其进行算术或逻辑运算; 冲突检测单元,用于检测前一指令对通用寄存器组的通用寄存器执行写入操作的冲突状态,并且后续指令根据由指令保持提供的指令解码信息从同一通用寄存器读取操作数 单元; 以及竞争检测单元,用于根据由指令保持单元提供的指令解码信息,检测前一指令对同一通用寄存器执行写操作的竞争状态,并且后续指令也对同一通用寄存器执行写操作 。
    • 9. 发明授权
    • Data processor having a plurality of operating units, logical registers,
and physical registers for parallel instructions execution
    • 数据处理器具有用于并行指令执行的多个操作单元,逻辑寄存器和物理寄存器
    • US4752873A
    • 1988-06-21
    • US865466
    • 1986-05-21
    • Tohru ShonaiEiki KamadaShigeo Takeuchi
    • Tohru ShonaiEiki KamadaShigeo Takeuchi
    • G06F9/38G06F15/31G06F12/00
    • G06F9/3889G06F9/3836G06F9/384G06F9/3885
    • In accordance with the invention, there are disposed a logical register group and a physical register group. Direct access is made to the logical register group on the basis of a register number designated by an instruction. To make access to the physical register group, there is disposed a circuit which converts the register number designated by the instruction to a physical register number.A plurality of arithmetical or logical operation units (ALUs) are disposed to execute a plurality of instructions in parallel. There is further disposed a circuit which supplies an operand data from the physical register group to each ALU and writes the operation result data of each ALU into the physical register group and into the logical register group.When a write register number designated by a preceding instruction A and a succeeding instruction B has the same value a, mutually different physical register numbers b' and b" are determined with respect to the write register number a for both instructions A and B. Therefore, the instruction B can be executed in parallel with the instruction A before the operation of the instruction A is complete.
    • 根据本发明,设置了逻辑寄存器组和物理寄存器组。 基于由指令指定的寄存器编号直接访问逻辑寄存器组。 为了访问物理寄存器组,设置了将由指令指定的寄存器号转换为物理寄存器号的电路。 多个算术逻辑运算单元(ALU)被设置成并行地执行多个指令。 另外设置有一个从物理寄存器组提供操作数据到每个ALU的电路,并将每个ALU的操作结果数据写入物理寄存器组并写入逻辑寄存器组。 当由前一条指令A和后续指令B指定的写入寄存器号码具有相同的值a时,相对于指令A和B两者的写入寄存器号a确定相互不同的物理寄存器编号b'和b“。 因此,在指令A的操作完成之前,可以与指令A并行地执行指令B.
    • 10. 发明授权
    • Store buffer apparatus with two store buffers to increase throughput of
a store operation
    • 具有两个存储缓冲器的存储缓冲装置,以增加存储操作的吞吐量
    • US5845321A
    • 1998-12-01
    • US729837
    • 1996-10-15
    • Motohisa ItoEiki KamadaToshiko IsobeKei YamamotoKatsutoshi Uehara
    • Motohisa ItoEiki KamadaToshiko IsobeKei YamamotoKatsutoshi Uehara
    • G06F12/08G06F12/00G06F13/00
    • G06F12/0855
    • A store buffer apparatus connected to a CPU and a main storage unit includes a first buffer for holding a pair of store address and store data in the main storage unit supplied from an operation execution unit of the CPU, a first latch connected to the first buffer means for holding the store address, a second latch connected to the first latch for holding an output of the first latch, a judgment device for comparing an output read out from the address array with an output of the second latch to thereby judge whether the cache hit check for the store address is successful or not and a second buffer for holding the pair of store data and store address having successful cache hit check judged by the judgment device. Occurrence of the state that the store buffer is full is reduced. Two data stored in the second buffer can possess a format into which the two data can be merged.
    • 连接到CPU和主存储单元的存储缓冲装置包括:第一缓冲器,用于保持一对存储地址并将数据存储在从CPU的操作执行单元提供的主存储单元中;第一锁存器,连接到第一缓冲器 用于保存存储地址的装置,连接到第一锁存器的第二锁存器,用于保持第一锁存器的输出;判断装置,用于将从地址阵列读出的输出与第二锁存器的输出进行比较,从而判断高速缓存 命中检查存储地址是否成功,以及第二缓冲器,用于保持由判断装置判断的具有成功的高速缓存命中检查的一对存储数据和存储地址。 存储缓冲区已满的状态的发生被减少。 存储在第二缓冲器中的两个数据可以具有可以合并两个数据的格式。