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    • 71. 发明授权
    • Method and system for invalidating instructions utilizing validity and
write delay flags in parallel processing apparatus
    • 在并行处理装置中使用有效和写延迟标志使指令无效的方法和系统
    • US5522084A
    • 1996-05-28
    • US310508
    • 1994-09-22
    • Hideki Ando
    • Hideki Ando
    • G06F9/38G06F15/80
    • G06F9/3885G06F9/30072
    • A superscalar-type processor includes an instruction memory, a fetch stage fetching simultaneously a plurality of instructions from the instruction memory, functional units respectively executing predetermined functions, and a decode state decoding the fetched instructions to issue parallel-processable instructions to related functional units. The decode stage includes a decoder determining whether a branch instruction is included in the received instructions and whether a branch is generated according to the branch instruction. The decoder links a write delaying flag indicating whether the instruction is after a branch instruction and a validity flag indicating whether the instruction is valid to the instruction on issuing the instruction to a functional unit. The functional unit includes an execution stage executing an instruction and a write back stage changing a machine state according to the result of execution in the execution stage. The superscalar-type processor comprises a control circuit forbidding changing of the machine state by a write back stage when a branch is generated according to the branch instruction. The control circuit sets the write back stage in a state of delaying changing of the machine state when it is not yet determined whether a branch is generated according to the branch instruction and executes changing of the machine state with the write back stage when it is determined that no branch is generated according to the branch instruction.
    • 超标量型处理器包括指令存储器,取指阶段从指令存储器同时获取多个指令,分别执行预定功能的功能单元,以及解码所取出的指令以对相关功能单元发布可并行处理的指令的解码状态。 解码级包括解码器,确定分支指令是否包括在接收到的指令中以及根据分支指令是否生成分支。 解码器将表示指示是否在分支指令之后的写入延迟标志和表示指令是否对发出对功能单元的指令的指令有效的有效标志进行链接。 功能单元包括执行指令的执行阶段和在执行阶段中根据执行结果改变机器状态的回写阶段。 超标量型处理器包括控制电路,当根据分支指令生成分支时,禁止通过回写阶段改变机器状态。 当尚未确定是否根据分支指令生成分支时,控制电路将回写阶段设置为延迟机器状态的变化的状态,并且在确定时执行具有回写阶段的机器状态的改变 根据分支指令不生成分支。
    • 74. 发明授权
    • Integrated circuit device for orthogonal transformation of
two-dimensional discrete data and operating method thereof
    • 用于二维离散数据正交变换的集成电路装置及其操作方法
    • US4933892A
    • 1990-06-12
    • US390997
    • 1989-08-09
    • Masao NakayaHideki Ando
    • Masao NakayaHideki Ando
    • G06F17/14G06T1/20G06T3/00G06T5/20
    • G06F17/147
    • The device, for performing an orthogonal transformation of two dimensional discrete data array of n x n matrix at a high speed, includes a first block including storage elements for storing individual elements of a matrix for orthogonal transformation, a second block including storage elements for storing a data array therein, and a third block including a plurality of storage elements for storing a result of a multiplication therein, and n x n pointer registers each making a shifting operation in the row direction. When the pointer registers are reset, only diagonal elements thereof produce an activating signal. The device further includes circuitry for selecting a response to a signal from the pointer block, particular ones of the elements of the first, second and third blocks, multiplying contents of the selected elements of the first and second blocks, and adding a result of the multiplication to contents of the selected element of the third block and writing a result of the addition back into the selected elements of the third block. The device further includes a shifting clock generator which sets the shifting direction of the first and second storage blocks. After completion of the first matrix multiplication, result of the multiplication is transferred from the third storage block to the second storage block. Upon second matrix multiplication, shifting operations of the first and second blocks are performed in directions different from the directions in the first matrix multiplication.
    • 用于以高速执行n×n矩阵的二维离散数据阵列的正交变换的装置包括:第一块,包括用于存储用于正交变换的矩阵的各个元素的存储元件;第二块,包括用于存储数据的存储元件 并且包括用于存储乘法结果的多个存储元件的第三块以及在行方向上进行移位操作的nxn个指针寄存器。 当指针寄存器被复位时,只有其对角元件产生激活信号。 所述设备还包括用于选择对来自所述指针块的信号的响应的电路,所述第一,第二和第三块的元素中的特定元素乘以所述第一和第二块的所选择的元素的内容, 与第三块的所选择的元素的内容相乘,并将加法的结果写回到所选择的第三块的元素中。 该装置还包括设置第一和第二存储块的移动方向的移位时钟发生器。 在完成第一矩阵乘法之后,乘​​法结果从第三存储块传送到第二存储块。 在第二矩阵乘法时,在与第一矩阵乘法中的方向不同的方向上执行第一和第二块的移位操作。
    • 75. 发明授权
    • Arithmetic unit with alternate mark inversion (AMI) coding
    • 具有交替标记反转(AMI)编码的算术单元
    • US4860235A
    • 1989-08-22
    • US132644
    • 1987-12-08
    • Harufusa KondouHideki Ando
    • Harufusa KondouHideki Ando
    • G06F7/504G06F7/508H03M5/18H04L25/49
    • H03M5/18H04L25/4925
    • An arithmetic unit having true and false deciding circuits (21 to 24) for receiving a first input signal A and a second input signal B to output the second input signal or complement of the same in response to the sign (most significant bit value) of the second input signal. The arithmetic unit further includes an adder (31 to 34) for receiving the first input signal A and output (M) from the true and false deciding circuits to output either A+M or A+M+1 in response to the sign (most significant bit value) of the second input signal B and an AND gate (50) for receiving the most significant bit F.sub.4 of output F from the adder and the most significant bit value B.sub.4 of the second input signal B. The arithmetic unit thus outputs the alternate mark inversion (AMI) code of the input signal B having the output of the AND gate (50) as a high order bit and the most significant bit F.sub.4 of the output F of the adder as a low order bit, with a threshold value of the input signal A.
    • 具有用于接收第一输入信号A和第二输入信号B的真和假判定电路(21至24)的运算单元,以响应于第二输入信号的符号(最高有效位值)输出第二输入信号或第二输入信号 第二个输入信号。 算术单元还包括一个加法器(31至34),用于从真和假判定电路接收第一输入信号A和输出(M),以响应于符号输出A + M或A + M + 1 第二输入信号B的有效位值)和用于从加法器接收输出F的最高有效位F4和第二输入信号B的最高有效位值B4的与门(50)。因此,运算器输出 具有与门(50)的输出作为高阶位的输入信号B的交替标记反转(AMI)代码,加法器的输出F的最高有效位F4作为低位位,具有阈值 的输入信号A.
    • 77. 发明授权
    • Image forming apparatus including an image calibration system
    • 图像形成装置,包括图像校准系统
    • US08705138B2
    • 2014-04-22
    • US13078451
    • 2011-04-01
    • Hideki AndoKatsuhisa Ono
    • Hideki AndoKatsuhisa Ono
    • H04N1/407B41J2/00
    • H04N1/00002B41J2/32B41J2/36H04N1/00015H04N1/00031H04N1/00045H04N1/121H04N1/193H04N1/6044H04N2201/044
    • There is provided an image forming apparatus including a print head adapted to form an image on a recording medium, a transport path for the recording medium, the transport path being provided on at least one of a feed side and a discharge side of the recording medium with respect to the print head, an image reading device provided on the transport path, the image reading device being adapted to read an image formed by the print head, a correction chart provided opposite the image reading device with the transport path interposed in between, the correction chart being read by the image reading device in order to correct a reading result of the image reading device, based on information obtained from reading the correction chart, and a distance adjustment device adapted to increase or decrease the distance between the correction chart and the image reading device.
    • 提供了一种图像形成装置,其包括适于在记录介质上形成图像的打印头,用于记录介质的传送路径,传送路径设置在记录介质的进给侧和排出侧中的至少一个 相对于打印头,设置在传送路径上的图像读取装置,所述图像读取装置适于读取由所述打印头形成的图像;校正图,设置在所述图像读取装置的与所述图像读取装置的相对的位置之间, 所述校正图表由所述图像读取装置读取,以便根据读取所述校正图形而获得的信息校正所述图像读取装置的读取结果;以及距离调整装置,其适于增加或减少所述校正图表与 图像读取装置。
    • 79. 发明申请
    • METHOD AND APPARATUS FOR GENERATING A STEREOSCOPIC IMAGE
    • 用于产生立体图像的方法和装置
    • US20120050485A1
    • 2012-03-01
    • US13174978
    • 2011-07-01
    • Jonathan Richard THORPEHideki Ando
    • Jonathan Richard THORPEHideki Ando
    • H04N13/02
    • H04N13/156H04N2213/005
    • A method of producing a first stereoscopic image is described. The first stereoscopic image has a first left eye component and a first right eye component, by mixing a second stereoscopic image having a second left eye component and a second right eye component wherein depth information is associated with the second left eye component and depth information is associated with the second right eye component with a third image having depth information associated therewith, the method comprising the steps of: at each pixel position of the first left eye component, comparing the depth information associated with the second left eye component and the third image at that pixel position, and at each pixel position of the first right eye component, comparing the depth information associated with the second right eye component and the third image at that pixel position; and determining the foreground pixel for the first left eye component and the first right eye component at the pixel position on the basis of said comparisons.
    • 描述了产生第一立体图像的方法。 第一立体图像具有第一左眼分量和第一右眼分量,通过混合具有第二左眼分量的第二立体图像和第二右眼分量,其中深度信息与第二左眼分量相关联,并且深度信息是 与第二右眼分量相关联,具有与其相关联的深度信息的第三图像,该方法包括以下步骤:在第一左眼分量的每个像素位置处,比较与第二左眼分量和第三图像相关联的深度信息 在该像素位置处,并且在第一右眼分量的每个像素位置,将与该第二右眼分量相关联的深度信息与该像素位置处的第三图像进行比较; 以及基于所述比较确定在像素位置处的第一左眼分量和第一右眼分量的前景像素。