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    • 1. 发明授权
    • Image processing apparatus and image processing method
    • 图像处理装置和图像处理方法
    • US08498500B2
    • 2013-07-30
    • US13496274
    • 2010-04-28
    • Masashi HoshinoShuichi Takada
    • Masashi HoshinoShuichi Takada
    • G06K9/36
    • G09G5/397G06T3/40G09G5/14H04N1/3935
    • An image processing apparatus includes a blending layout information generating unit that generates blending layout information indicative of overlay information in a blended image of plural source images, a source necessity information generating unit that generates source necessity information indicative of unnecessary areas on the source image overwritten by the blending process, a source necessity information storing memory, and a source read masking unit that conducts a read masking control. A process of generating the blending layout information and the source necessity information, and a process of conducting the read masking control are executed in different frame processing periods, separately, to reduce a throughput necessary for generation of the source necessity information.
    • 一种图像处理装置,包括:混合布局信息生成单元,生成表示多个源图像的混合图像中的重叠信息的混合布局信息;源必需信息生成单元,生成表示源图像上的不必要区域的源必需信息, 混合处理,源必要性信息存储存储器,以及进行读取掩蔽控制的源读取屏蔽单元。 生成混合布局信息和源必要性信息的处理以及执行读取屏蔽控制的处理分别在不同的帧处理周期中执行,以减少产生源必要性信息所需的吞吐量。
    • 2. 发明申请
    • IMAGE PROCESSING APPARATUS AND IMAGE PROCESSING METHOD
    • 图像处理装置和图像处理方法
    • US20120163732A1
    • 2012-06-28
    • US13496274
    • 2010-04-28
    • Masashi HoshinoShuichi Takada
    • Masashi HoshinoShuichi Takada
    • G06K9/36
    • G09G5/397G06T3/40G09G5/14H04N1/3935
    • An image processing apparatus includes a blending layout information generating unit that generates blending layout information indicative of overlay information in a blended image of plural source images, a source necessity information generating unit that generates source necessity information indicative of unnecessary areas on the source image overwritten by the blending process, a source necessity information storing memory, and a source read masking unit that conducts a read masking control. A process of generating the blending layout information and the source necessity information, and a process of conducting the read masking control are executed in different frame processing periods, separately, to reduce a throughput necessary for generation of the source necessity information.
    • 一种图像处理装置,包括:混合布局信息生成单元,生成表示多个源图像的混合图像中的重叠信息的混合布局信息;源必需信息生成单元,生成表示源图像上的不必要区域的源必需信息, 混合处理,源必要性信息存储存储器,以及进行读取掩蔽控制的源读取屏蔽单元。 生成混合布局信息和源必要性信息的处理以及执行读取屏蔽控制的处理分别在不同的帧处理周期中执行,以减少产生源必要性信息所需的吞吐量。
    • 3. 发明授权
    • Clock recovery circuit and data recovery circuit
    • 时钟恢复电路和数据恢复电路
    • US08374305B2
    • 2013-02-12
    • US12717449
    • 2010-03-04
    • Shuichi Takada
    • Shuichi Takada
    • H04L7/00
    • H04L7/0337H03L7/07H03L7/0807H03L7/0814H03L7/091
    • A serial input signal is sampled in synchronization with a plurality of first clock signals to obtain a plurality of sampling data pieces. A phase comparison circuit outputs a serial phase information signal based on the sampling data pieces. A serial-parallel conversion circuit performs a serial-to-parallel conversion on the serial phase information signal in synchronization with a second clock signal having a lower frequency, to output a parallel phase information signal. A digital filtering circuit calculates phase deviation and phase advance-delay signals based on the parallel phase information signal in synchronization with the second clock signal. By these signals, a phase control amount processing circuit generates a phase control signal. The phase control signal is in synchronization with third clock signals having a higher frequency. A phase interpolation circuit adjusts the phases of the third clock signals based on the phase control signal to output the first clock signals.
    • 串行输入信号与多个第一时钟信号同步地采样,以获得多个采样数据。 相位比较电路根据采样数据输出串行相位信息信号。 串行并行转换电路与具有较低频率的第二时钟信号同步地对串行相位信息信号进行串行 - 并行转换,以输出并行相位信息信号。 数字滤波电路与第二时钟信号同步地基于并行相位信息信号计算相位偏差和相位超前延迟信号。 通过这些信号,相位控制量处理电路产生相位控制信号。 相位控制信号与具有较高频率的第三时钟信号同步。 相位插值电路基于相位控制信号来调整第三时钟信号的相位,以输出第一时钟信号。
    • 4. 发明申请
    • CLOCK RECOVERY CIRCUIT AND DATA RECOVERY CIRCUIT
    • 时钟恢复电路和数据恢复电路
    • US20110064176A1
    • 2011-03-17
    • US12717449
    • 2010-03-04
    • Shuichi Takada
    • Shuichi Takada
    • H04L7/00
    • H04L7/0337H03L7/07H03L7/0807H03L7/0814H03L7/091
    • A serial input signal is sampled in synchronization with a plurality of first clock signals to obtain a plurality of sampling data pieces. A phase comparison circuit outputs a serial phase information signal based on the sampling data pieces. A serial-parallel conversion circuit performs a serial-to-parallel conversion on the serial phase information signal in synchronization with a second clock signal having a lower frequency, to output a parallel phase information signal. A digital filtering circuit calculates phase deviation and phase advance-delay signals based on the parallel phase information signal in synchronization with the second clock signal. By these signals, a phase control amount processing circuit generates a phase control signal. The phase control signal is in synchronization with third clock signals having a higher frequency. A phase interpolation circuit adjusts the phases of the third clock signals based on the phase control signal to output the first clock signals.
    • 串行输入信号与多个第一时钟信号同步地采样,以获得多个采样数据。 相位比较电路根据采样数据输出串行相位信息信号。 串行并行转换电路与具有较低频率的第二时钟信号同步地对串行相位信息信号进行串行 - 并行转换,以输出并行相位信息信号。 数字滤波电路与第二时钟信号同步地基于并行相位信息信号来计算相位偏差和相位超前延迟信号。 通过这些信号,相位控制量处理电路产生相位控制信号。 相位控制信号与具有较高频率的第三时钟信号同步。 相位插值电路基于相位控制信号来调整第三时钟信号的相位,以输出第一时钟信号。
    • 6. 发明申请
    • SPATIAL INPUT OPERATION DISPLAY APPARATUS
    • 空间输入操作显示装置
    • US20100245245A1
    • 2010-09-30
    • US12745765
    • 2008-12-10
    • Tomiyuki YamadaShuichi TakadaShunsaku Imaki
    • Tomiyuki YamadaShuichi TakadaShunsaku Imaki
    • G06F3/033
    • G06F3/011G06F3/033G06K9/00375
    • A spatial input operation display apparatus providing a user interface allowing input operations inside a space without requiring hands or fingers to be stopped in space, and not requiring a physical shape or space. The spatial input operation display apparatus is provided with a shape identifying portion (102) for recognizing shapes by comparing images obtained by a camera (101) with data stored in a shape data storing portion (103), an operation identifying portion (105) for identifying and anticipating motion patterns by comparing differential vector data of data identified by the shape identifying portion (102) with differential vector data stored in a motion data storing portion (106), a controller (107) for outputting image data based on motion pattern data of the operation identifying portion (105) and position data of an identified data storing portion (104), an image generating portion (108) for generating images by performing processes including rotation and expansion based on selected image data, and a display portion (109) for displaying the generated images to a space.
    • 一种空间输入操作显示装置,其提供允许在空间内进行输入操作的用户界面,而不需要在空间中停止手或手指,并且不需要物理形状或空间。 空间输入操作显示装置设置有形状识别部分(102),用于通过将由相机(101)获得的图像与存储在形状数据存储部分(103)中的数据进行比较来识别形状;操作识别部分(105),用于 通过将由形状识别部分(102)识别的数据的差分矢量数据与存储在运动数据存储部分(106)中的差分矢量数据相比较来识别和预测运动模式,用于基于运动模式数据输出图像数据的控制器 操作识别部分(105)和识别数据存储部分(104)的位置数据,以及用于通过基于所选择的图像数据执行包括旋转和扩展的处理来产生图像的图像生成部分(108),以及显示部分 ),用于将生成的图像显示到空间。
    • 7. 发明授权
    • Data transfer apparatus
    • 数据传输装置
    • US07990295B2
    • 2011-08-02
    • US12717593
    • 2010-03-04
    • Shuichi Takada
    • Shuichi Takada
    • H03M9/00
    • H03M9/00
    • A data transfer apparatus includes a clock generation unit to generate a clock signal, a control unit to output parallel data and a reset signal, and a plurality of transmission units. Each of the plurality of transmission units uses continuous rising edges of a bit clock to sample the reset signal multiple times so that a phase shift of the reset signal between the transmission units is reduced, and the phase of the frequency dividing clock is aligned in each transmission unit.
    • 数据传送装置包括:时钟生成单元,生成时钟信号;控制单元,输出并行数据和复位信号;多个发送单元。 多个传输单元中的每一个使用位时钟的连续上升沿多次对复位信号进行采样,从而减少了传输单元之间的复位信号的相移,并且分频时钟的相位在每个 传输单元。