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    • 3. 发明申请
    • Processor integrated circuit and product development method using the processor integrated circuit
    • 处理器集成电路和产品开发方法采用处理器集成电路
    • US20060206689A1
    • 2006-09-14
    • US10567373
    • 2004-08-06
    • Takehisa HiranoKatsuhiro NakaiTomoaki TezukaKouji Mukai
    • Takehisa HiranoKatsuhiro NakaiTomoaki TezukaKouji Mukai
    • G06F9/30
    • G06F17/5045G06F1/3203G06F13/28G06F15/7842Y02D10/126
    • A processor integrated circuit according to the present invention comprises low-speed and high-speed computing units (110), (120) as two or more kinds of computing units, a program memory (131) as a first storage unit in which programs for operation the computing units are stored, a data memory (second storage unit) (132) as a memory area to be used for computation by the computing units, and selectors (141), (142) as first and second connection switching units for connecting a computing unit that performs computation to the first and second storage units, wherein the program memory (131) and the data memory (132) are connected to the low-speed computing unit (110) or the high-speed computing unit (120). In this construction, it is possible to achieve both of securing in program compatibility and speeding-up without increasing the circuit scale and power consumption of the processor integrated circuit.
    • 根据本发明的处理器集成电路包括作为两种或多种计算单元的低速和高速计算单元(120),(120),作为第一存储单元的程序存储器(131),其中用于 存储计算单元的操作,作为要由计算单元计算的存储区域的数据存储器(第二存储单元)(132)和作为用于连接的第一和第二连接切换单元的选择器(141),(142) 计算单元,其对所述第一和第二存储单元执行计算,其中所述程序存储器和所述数据存储器连接到所述低速计算单元或所述高速计算单元, 。 在这种结构中,可以在不增加处理器集成电路的电路规模和功耗的情况下实现程序兼容性和加速的确保。
    • 4. 发明申请
    • Individual Examination Execution Device
    • 个人考试执行机构
    • US20070275361A1
    • 2007-11-29
    • US10593873
    • 2005-03-11
    • Tomoaki TezukaKatsuhiro NakaiTakehisa HiranoKouji Mukai
    • Tomoaki TezukaKatsuhiro NakaiTakehisa HiranoKouji Mukai
    • G09B3/00
    • G09B5/04G09B7/02
    • An individual examination execution device is provided with a question storage means (14) in which exam questions are stored, a sequence data holding means (12) that holds sequence data as a basis of exam question reproduction sequence, at sequence instruction means (13) for reading the exam questions stored in the question storage means (14), and a reproduction means (15) for reproducing the exam questions stored in the question storage means (14) into audio. The sequence instruction means (13) reads the exam questions stored in the question storage means (14) with reference to the sequence data stored in the sequence data holding means (12), and the exam question reproduction sequence is changed according to the seat position.
    • 个体检查执行装置具有存储检查问题的问题存储装置(14),在序列指令装置(13)处存储作为检查问题再现序列的基础的序列数据的序列数据保持装置(12) 用于阅读存储在问题存储装置(14)中的考试问题,以及用于将存储在问题存储装置(14)中的考试题目再现成音频的再现装置(15)。 序列指示装置(13)参照存储在序列数据保持装置(12)中的序列数据,读出存储在问题存储装置(14)中的检查问题,并且根据座位位置改变检查问题再现顺序 。
    • 5. 发明申请
    • Processor integrated circuit and product development method using the processing integrated circuit
    • 处理器集成电路和产品开发方法采用处理集成电路
    • US20100049944A1
    • 2010-02-25
    • US12588673
    • 2009-10-23
    • Takehisa HiranoKatsuhiro NakaiTomoaki TezukaKouji Mukai
    • Takehisa HiranoKatsuhiro NakaiTomoaki TezukaKouji Mukai
    • G06F15/76G06F9/06
    • G06F17/5045G06F1/3203G06F13/28G06F15/7842Y02D10/126
    • A processor integrated circuit according to the present invention comprises low-speed and high-speed computing units (110), (120) as two or more kinds of computing units, a program memory (131) as a first storage unit in which programs for operation the computing units are stored, a data memory (second storage unit) (132) as a memory area to be used for computation by the computing units, and selectors (141), (142) as first and second connection switching units for connecting a computing unit that performs computation to the first and second storage units, wherein the program memory (131) and the data memory (132) are connected to the low-speed computing unit (110) or the high-speed computing unit (120).In this construction, it is possible to achieve both of securing in program compatibility and speeding-up without increasing the circuit scale and power consumption of the processor integrated circuit.
    • 根据本发明的处理器集成电路包括作为两种或多种计算单元的低速和高速计算单元(120),(120),作为第一存储单元的程序存储器(131),其中用于 存储计算单元的操作,作为要由计算单元计算的存储区域的数据存储器(第二存储单元)(132)和作为用于连接的第一和第二连接切换单元的选择器(141),(142) 计算单元,其对所述第一和第二存储单元执行计算,其中所述程序存储器和所述数据存储器连接到所述低速计算单元或所述高速计算单元, 。 在这种结构中,可以在不增加处理器集成电路的电路规模和功耗的情况下实现程序兼容性和加速的确保。