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    • 3. 发明授权
    • Register group circuit for data processing system
    • 数据处理系统寄存器组电路
    • US5606709A
    • 1997-02-25
    • US344365
    • 1994-11-23
    • Keiichi YoshiokaShinichi YamauraKazuhiko HaraTakao Katayama
    • Keiichi YoshiokaShinichi YamauraKazuhiko HaraTakao Katayama
    • G06F7/00G06F13/40G06F13/20
    • G06F13/4027
    • A general-purpose register group circuit provided in a data processing system includes a plurality of register groups connected to a first bus and a second bus, data being written into the plurality of register groups via the first bus according to a first control signal and being read therefrom via the second bus according to a second control signal. An output register group is connected to the plurality of register groups via the first and second buses. The data read from the plurality of register groups is written into the output register group according to a third control signal, and data read from the output register group is sent to an inner bus of the data processing system according to a fourth control signal. Each of the plurality of register groups includes a plurality of unit registers, each of which registers includes a first part for setting the second bus to either a high-impedance state or a reference level according to data latched therein and the second control signal. The output register group includes a second part for driving the inner bus according to a state of the second bus.
    • 提供在数据处理系统中的通用寄存器组电路包括连接到第一总线和第二总线的多个寄存器组,经由第一总线根据第一控制信号被写入多个寄存器组的数据,并且 根据第二控制信号经由第二总线从其读取。 输出寄存器组经由第一和第二总线连接到多个寄存器组。 根据第三控制信号将从多个寄存器组读取的数据写入输出寄存器组,并且根据第四控制信号将从输出寄存器组读取的数据发送到数据处理系统的内部总线。 多个寄存器组中的每一个包括多个单元寄存器,其中每个寄存器包括用于根据锁存在其中的数据和第二控制信号将第二总线设置为高阻抗状态或参考电平的第一部分。 输出寄存器组包括用于根据第二总线的状态驱动内部总线的第二部分。
    • 4. 发明授权
    • Central processing unit including inhibited branch area
    • 中央处理单元包括禁止分支区域
    • US5630158A
    • 1997-05-13
    • US361936
    • 1994-12-22
    • Kazuhiko HaraShinichi YamauraKeiichi YoshiokaTakao Katayama
    • Kazuhiko HaraShinichi YamauraKeiichi YoshiokaTakao Katayama
    • G06F9/26G06F9/32G06F9/355G06F9/38G06F9/00
    • G06F9/342G06F9/321G06F9/322G06F9/3861
    • A central processing unit includes an instruction register storing instruction codes, a timing control unit controlling timings of steps of execution of an instruction, an execution unit executing an operation on data and temporarily storing data, the execution unit having a program counter and a data bus, a decoder decoding instruction codes read from the instruction register and controlling the instruction register, the timing control unit and the execution unit, and a next enable unit receiving an indication signal indicating proceeding to a next instruction should be performed and controlling outputting of the indication signal to the instruction register and the timing control unit based on first and second signals. The first signal is supplied from the decoder and instructing data on the data bus to be input to the program counter. The second signal is supplied from the execution unit and indicating whether a counter value of the program counter is an odd number or an even number.
    • 中央处理单元包括存储指令代码的指令寄存器,控制指令执行步骤的定时的定时控制单元,执行对数据的操作和暂时存储数据的执行单元,执行单元具有程序计数器和数据总线 应执行从指令寄存器读取的解码器解码指令代码和控制指令寄存器,定时控制单元和执行单元,以及接收指示进行下一条指令的指示信号的下一个使能单元,并且控制该指示的输出 基于第一和第二信号向指令寄存器和定时控制单元发送信号。 第一个信号从解码器提供,并指示数据总线上的数据输入到程序计数器。 第二信号从执行单元提供并指示程序计数器的计数器值是奇数还是偶数。
    • 9. 发明授权
    • Single instruction stream multiple data stream processor
    • 单指令流多数据流处理器
    • US06785800B1
    • 2004-08-31
    • US09658860
    • 2000-09-08
    • Shin-ichi YamauraKazuhiko HaraTakao KatayamaKazuhiko IwanagaHiroshi Takafuji
    • Shin-ichi YamauraKazuhiko HaraTakao KatayamaKazuhiko IwanagaHiroshi Takafuji
    • G06F1580
    • G06F15/8007
    • A SIMD processor includes plural processor elements (PEs) each having a processing unit for data processing, a register for holding data to be processed or already processed by the processing unit, a data transfer bus interconnecting with other PEs, and a register controller for inputting a read or write signal to the register. Read and write processing steps in the processor are carried out by the register controller in response to the signals which are sent form the register controller and inputted into a register of specific processor elements responding to an addressing signal from an external interface. The processor is capable of transferring data directly to a specific processor element, thereby achieving higher speeds of data transfer and resultant data processing and makes flexible use of registers to thereby attain efficient data processing utilizing arbitrary combinations of the register depending on bit width of the data.
    • SIMD处理器包括多个具有用于数据处理的处理单元的处理器元件(PE),用于保持待处理或由处理单元处理的数据的寄存器,与其它PE互连的数据传输总线,以及用于输入的寄存器控制器 读或写信号到寄存器。 处理器中的读和写处理步骤由寄存器控制器响应于从寄存器控制器发送并被输入到来自外部接口的寻址信号的特定处理器元件的寄存器中的信号来执行。 处理器能够将数据直接传送到特定的处理器元件,从而实现更高的数据传输速度和最终的数据处理,并灵活地使用寄存器,从而根据数据的位宽来利用寄存器的任意组合来实现有效的数据处理 。