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    • 12. 发明授权
    • Arrangements having security protection
    • 有安全保护的安排
    • US07917718B2
    • 2011-03-29
    • US12706285
    • 2010-02-16
    • Masakazu EhamaKazuhiko TanakaKoji HosogiHiroaki Nakata
    • Masakazu EhamaKazuhiko TanakaKoji HosogiHiroaki Nakata
    • G06F13/00
    • G06F12/1441G06F12/1027G06F12/1425
    • An external bus interface method including: receiving, via an access control unit, an access request conveyed through an external bus, and judging, via an access judging unit connected to the access control unit, whether the access request is to be honored or rejected, wherein upon receiving the access request, the access control unit sends to the access judging unit an access judging check request signal asking whether the requested address falls within one of access-permitted areas registered in the access judging unit, the access judging unit checks whether the requested address falls within one of the access-permitted areas registered in it and returns to the access control unit, an access judging check result signal indicating whether the access request is to be honored or rejected, and if the access judging check result signal indicates that the access request is to be rejected, the access control unit nullifies the access request.
    • 一种外部总线接口方法,包括:经由访问控制单元接收通过外部总线传送的访问请求,并且经由与所述访问控制单元连接的访问​​判断单元判断所述访问请求是否被履行或拒绝, 其中,在接收到所述访问请求时,所述访问控制单元向所述访问判断单元发送访问判断检查请求信号,询问所请求的地址是否落入在所述访问判断单元中登记的访问允许区域之一内,所述访问判断单元检查是否 所请求的地址落在登记在其中的访问许可区域之一内,并返回到访问控制单元,指示是否要访问或拒绝访问请求的访问判断检查结果信号,以及访问判断检查结果信号是否指示 访问请求将被拒绝,访问控制单元使访问请求无效。
    • 16. 发明申请
    • FILTER PROCESSING DEVICE AND SEMICONDUCTOR DEVICE
    • 滤波器处理器件和半导体器件
    • US20110096879A1
    • 2011-04-28
    • US13002324
    • 2009-06-26
    • Masakazu EhamaKoji Hosogi
    • Masakazu EhamaKoji Hosogi
    • H04B1/10G06F17/10
    • H03H17/0294H04N19/117H04N19/42H04N19/523H04N19/80
    • The present invention provides a technique for changing the number of taps in filter processing without the need for execution of branch processing. A filter processing device comprises: an arithmetic circuit that performs arithmetic processing for filtering operation; an internal register that retains data to be subjected to arithmetic processing in the arithmetic circuit and that receives the result of arithmetic processing from the arithmetic circuit as data to be written back thereto; and a data generator that generates data to be fed to the arithmetic circuit through use of the data retained in the internal register. Further, in the filter processing device, there is disposed a tap number control circuit that is capable of controlling the number of taps in filter processing according to a tap control signal applied thereto. In this configuration, no branch processing is required for controlling the number of taps by the use of the tap number control circuit.
    • 本发明提供了一种用于在不需要执行分支处理的情况下改变滤波处理中的抽头数量的技术。 一种滤波处理装置,包括:运算电路,进行滤波运算的运算处理; 内部寄存器,其保留在运算电路中进行算术处理的数据,并从运算电路接收运算结果的结果作为要被写回的数据; 以及数据生成器,其通过使用保持在内部寄存器中的数据来生成要馈送到运算电路的数据。 此外,在滤波处理装置中,设置有能够根据施加到其上的抽头控制信号来控制滤波处理中的抽头数的抽头号控制电路。 在这种配置中,通过使用抽头数控制电路来控制抽头数目不需要分支处理。
    • 17. 发明授权
    • Filter processing device and semiconductor device
    • 滤波处理装置及半导体装置
    • US08812572B2
    • 2014-08-19
    • US13002324
    • 2009-06-26
    • Masakazu EhamaKoji Hosogi
    • Masakazu EhamaKoji Hosogi
    • G06F17/10
    • H03H17/0294H04N19/117H04N19/42H04N19/523H04N19/80
    • The present invention provides a technique for changing the number of taps in filter processing without the need for execution of branch processing. A filter processing device comprises: an arithmetic circuit that performs arithmetic processing for filtering operation; an internal register that retains data to be subjected to arithmetic processing in the arithmetic circuit and that receives the result of arithmetic processing from the arithmetic circuit as data to be written back thereto; and a data generator that generates data to be fed to the arithmetic circuit through use of the data retained in the internal register. Further, in the filter processing device, there is disposed a tap number control circuit that is capable of controlling the number of taps in filter processing according to a tap control signal applied thereto. In this configuration, no branch processing is required for controlling the number of taps by the use of the tap number control circuit.
    • 本发明提供了一种用于在不需要执行分支处理的情况下改变滤波处理中的抽头数量的技术。 一种滤波处理装置,包括:运算电路,进行滤波运算的运算处理; 内部寄存器,其保留在运算电路中进行算术处理的数据,并从运算电路接收运算结果的结果作为要被写回的数据; 以及数据生成器,其通过使用保持在内部寄存器中的数据来生成要馈送到运算电路的数据。 此外,在滤波处理装置中,设置有能够根据施加到其上的抽头控制信号来控制滤波处理中的抽头数的抽头号控制电路。 在这种配置中,通过使用抽头数控制电路来控制抽头数目不需要分支处理。
    • 18. 发明申请
    • FILTER PROCESSING MODULE AND SEMICONDUCTOR DEVICE
    • 过滤处理模块和半导体器件
    • US20100211623A1
    • 2010-08-19
    • US12705898
    • 2010-02-15
    • Yoshitaka HIRAMATSUHiroaki NakataMasakazu EhamaSeiji Mochizuki
    • Yoshitaka HIRAMATSUHiroaki NakataMasakazu EhamaSeiji Mochizuki
    • G06F17/10G06F5/01
    • G06F17/153G06T1/20H03H17/0202
    • The present invention is directed to improve efficiency of a filter processing on an image. A filter processing module includes a filter circuit and a control circuit. The filter circuit includes: a first register capable of storing data; a first arithmetic logic unit capable of executing a first filter processing on the basis of output data of the first register; a second register capable of storing a result of the arithmetic operation of the first arithmetic logic unit; and a second arithmetic logic unit capable of executing a second filter processing on the basis of output data of the second register. The control circuit adjusts the number of pieces of data which is input per cycle in the first register in accordance with the number of taps in the first filter processing, size of an execution result of the first filter processing, and the number of second arithmetic logic units, thereby promptly completing the first filter processing.
    • 本发明旨在提高对图像的滤波处理的效率。 滤波器处理模块包括滤波电路和控制电路。 滤波电路包括:能够存储数据的第一寄存器; 第一算术逻辑单元,其能够基于第一寄存器的输出数据执行第一滤波处理; 第二寄存器,其能够存储第一算术逻辑单元的算术运算结果; 以及能够基于第二寄存器的输出数据执行第二滤波处理的第二算术逻辑单元。 控制电路根据第一滤波处理中的抽头数,第一滤波处理的执行结果的大小和第二算术逻辑的数量来调整在第一寄存器中每个周期输入的数据数 单位,从而及时完成第一次过滤处理。