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    • 1. 发明授权
    • Electronic image sensing apparatus
    • 电子影像传感装置
    • US06295138B1
    • 2001-09-25
    • US09259180
    • 1999-02-25
    • Shuji KitagawaToshihiro SasaiFumitaka Okamoto
    • Shuji KitagawaToshihiro SasaiFumitaka Okamoto
    • H04N104
    • H04N5/243H04N1/40056
    • An electronic image sensing apparatus for photoeletrically converting an optical image in an image sensing unit, processing the resultant analog image sensing data, and recording, displaying, outputting, or externally outputting the processed image sensing data includes an analog semiconductor memory, a processor, and a luminance distribution adjustment unit. The analog semiconductor memory temporarily stores the image sensing data from the image sensing unit in the form of an analog value. The processor generates adjustment information for adjusting a luminance distribution of the entire image sensing data on the basis of luminance information of the image sensing data read out from the analog semiconductor memory. The luminance distribution adjustment unit adjusts the luminance distribution of the entire image sensing data from the analog semiconductor memory on the basis of the adjustment information generated by the processor.
    • 一种用于光学转换图像感测单元中的光学图像,处理所得到的模拟图像感测数据以及记录,显示,输出或外部输出经处理的图像感测数据的电子图像感测装置包括模拟半导体存储器,处理器和 亮度分布调整单元。 模拟半导体存储器以模拟值的形式临时存储来自图像感测单元的图像感测数据。 处理器基于从模拟半导体存储器读出的图像感测数据的亮度信息,生成用于调整整个图像感测数据的亮度分布的调整信息。 亮度分布调整单元基于由处理器生成的调整信息来调整来自模拟半导体存储器的整个图像感测数据的亮度分布。
    • 2. 发明授权
    • Image processing apparatus
    • 图像处理装置
    • US06819717B1
    • 2004-11-16
    • US09564598
    • 2000-05-03
    • Toshihiro SasaiShingo KokudoFumitaka Okamoto
    • Toshihiro SasaiShingo KokudoFumitaka Okamoto
    • H04N712
    • H04N19/86H04N19/527H04N19/80
    • An image processing apparatus includes a spatial filter and orthogonal transform section. The spatial filter obtains a new luminance value of each pixel of an input image on the basis of a first coefficient having a first filter characteristic which forms the desired spatial frequency adjustment filter characteristic in cooperation with a second filter characteristic, thereby generating a two-dimensional intermediate image which has the adjusted spatial frequency characteristic of the input image. The orthogonal transform section performs two-dimensional orthogonal transform for the intermediate image on the basis of a second coefficient which has the second filter characteristic, which forms the desired spatial frequency adjustment filter characteristic in cooperation with the first filter characteristic, and is used for two-dimensional orthogonal transform for compressing the intermediate image generated by the spatial filter, thereby generating image data which has the adjusted spatial frequency characteristic of the intermediate image and has undergone two-dimensional orthogonal transform for image compression.
    • 图像处理装置包括空间滤波器和正交变换部分。 空间滤波器基于具有与第二滤波器特性协作形成期望空间频率调整滤波器特性的第一滤波特性的第一系数,获得输入图像的每个像素的新亮度值,从而生成二维 具有调节的输入图像的空间频率特性的中间图像。 正交变换部根据具有第二滤波器特性的第二系数,与第一滤波器特性一起形成期​​望的空间频率调整滤波器特性,对中间图像进行二维正交变换,并用于两个 用于压缩由空间滤波器产生的中间图像的三维正交变换,从而生成具有经过调整的中间图像的空间频率特性并且已经经过二维正交变换的图像压缩的图像数据。
    • 3. 发明授权
    • Signal conversion processing apparatus
    • 信号转换处理装置
    • US6147630A
    • 2000-11-14
    • US305875
    • 1999-05-05
    • Toshihiro SasaiFumitaka OkamotoYouichi Nakasone
    • Toshihiro SasaiFumitaka OkamotoYouichi Nakasone
    • G11C16/06G06G7/12G06T3/40G11C27/00H04N5/262H03M1/00
    • G06G7/12
    • A signal conversion processing apparatus for temporarily storing an input analog signal and processing the signal to generate a desired output signal includes nonvolatile semiconductor memory sections, an input control section, and a signal processing section. The nonvolatile semiconductor memory sections sequentially store the input analog signal on the basis of a predetermined first control signal in the form of an analog value. The input control section selects a nonvolatile semiconductor memory section, in which the analog signal is to be written, from the nonvolatile semiconductor memory sections on the basis of a predetermined second control signal. The signal processing section performs arithmetic processing of a plurality of analog data read out from the nonvolatile semiconductor memory sections to convert the analog data into a desired output signal in the form of an analog value.
    • 一种信号转换处理装置,用于临时存储输入的模拟信号并处理该信号以产生期望的输出信号,包括非易失性半导体存储器部分,输入控制部分和信号处理部分。 非易失性半导体存储器部分以模拟值的形式基于预定的第一控制信号依次存储输入的模拟信号。 输入控制部分基于预定的第二控制信号从非易失性半导体存储器部分选择要写入模拟信号的非易失性半导体存储器部分。 信号处理部分执行从非易失性半导体存储器部分读出的多个模拟数据的算术处理,以将模拟数据转换为模拟值形式的期望输出信号。
    • 5. 发明授权
    • Card type semiconductor memory device for storing analog image signals
in separate analog memory card units
    • 用于将模拟图像信号存储在分开的模拟存储卡单元中的卡型半导体存储器件
    • US6151235A
    • 2000-11-21
    • US399972
    • 1999-09-21
    • Shuji KitagawaFumitaka Okamoto
    • Shuji KitagawaFumitaka Okamoto
    • G06K19/077G11C27/00H01L27/10H04N5/907H04N9/79H05K1/02
    • H05K1/0216G11C27/005H05K2201/09972H05K2201/10159
    • In a card type semiconductor memory device, a plurality of memory chips each of which stores, as analog values, a still image formed from a color interleaved analog image signal using analog nonvolatile semiconductor memories for writing/reading color interleaved analog image signals having analog luminance information of predetermined colors in units of pixels, and a connector for connecting a number of signal lines for transferring various signals between the memory chips and a host device to the host device side are arranged on a card-like substrate. An analog signal line group from each memory chip is separated from a digital signal line group on the substrate via a separation strip formed from a wide conductive pattern, and concentratedly laid out at positions of the connector, which are separated from the digital signal line group. In each memory chip, terminals for analog signals are concentrated to a terminal array provided on a predetermined side of the chip package. The memory chips are parallelly arranged in a direction in which the sides are close to each other on the substrate.
    • 在一种卡型半导体存储器件中,多个存储器芯片,每个存储器芯片都使用模拟非易失性半导体存储器存储由颜色交错的模拟图像信号形成的静止图像作为模拟值,用于写入/读取具有模拟亮度的彩色交错模拟图像信号 以像素为单位的预定颜色的信息,以及用于将用于将存储器芯片和主机设备之间的各种信号的多条信号线连接到主机设备侧的连接器布置在卡状衬底上。 来自每个存储器芯片的模拟信号线组经由由宽导电图案形成的分隔带与基板上的数字信号线组分离,并且集中布置在与数字信号线组分离的连接器的位置处 。 在每个存储器芯片中,用于模拟信号的端子集中在设置在芯片封装的预定侧的端子阵列。 存储芯片沿着基板上彼此靠近的方向平行地布置。
    • 6. 发明授权
    • Card type semiconductor memory device
    • 卡式半导体存储器件
    • US06654052B1
    • 2003-11-25
    • US09399973
    • 1999-09-21
    • Shuji KitagawaFumitaka Okamoto
    • Shuji KitagawaFumitaka Okamoto
    • H04N576
    • H04N5/907G11C27/00H04N5/772
    • In a card type semiconductor memory device, at least one memory chip for storing a still image and a connector having a number of signal lines for transferring various signals between the memory chip and a host device are mounted on a card-like substrate. The memory chip includes a memory section and a signal processing section. The memory section includes analog nonvolatile semiconductor memories for sequentially storing, as analog values, color interleaved analog image signals having analog luminance information of predetermined colors in units of pixels in synchronism with a predetermined clock signal. The signal processing section calculates, as analog values, the luminance information at a plurality of pixel positions, which are read out from the memory section, to convert the luminance information into color image data having analog luminance information of the respective colors in units of pixels and outputs the color image data.
    • 在卡式半导体存储器件中,至少一个用于存储静止图像的存储器芯片和具有用于在存储器芯片和主机器件之间传送各种信号的多个信号线的连接器安装在卡状衬底上。 存储器芯片包括存储器部分和信号处理部分。 存储器部分包括模拟非易失性半导体存储器,用于与预定时钟信号同步地顺序地存储具有以像素为单位的具有预定颜色的模拟亮度信息的颜色交错模拟图像信号作为模拟值。 信号处理部分将从存储部分读出的多个像素位置处的亮度信息作为模拟值计算,将亮度信息转换成具有各个颜色的模拟亮度信息的彩色图像数据,单位为像素 并输出彩色图像数据。
    • 8. 发明授权
    • Structure and method for correction of defective analog data in a nonvolatile semiconductor memory
    • 用于校正非易失性半导体存储器中的有缺陷的模拟数据的结构和方法
    • US06445602B1
    • 2002-09-03
    • US09427838
    • 1999-10-26
    • Shingo KokudoYouichi NakasoneFumitaka Okamoto
    • Shingo KokudoYouichi NakasoneFumitaka Okamoto
    • G11C2700
    • G11C27/005G11C27/00
    • A nonvolatile semiconductor memory includes a memory unit, memory control unit, defect position detection unit, and data correction unit. The memory unit has a plurality of memory cells to discretely store an analog signal such as an image signal as analog data in the form of an analog value. The memory control unit sequentially selects the memory cells as a read out target of the memory unit in response to a predetermined clock. The defect position detection unit detects, on the basis of defect position information indicating a position of defective analog data included in the analog data read out from the memory unit, whether a memory cell corresponding to the defect position is selected by the memory control unit, and outputs a detection output. The data correction unit corrects the analog data at the defect position in accordance with the detection output from the defect position detection unit by using another analog data of the analog signal stored in said memory unit.
    • 非易失性半导体存储器包括存储单元,存储器控制单元,缺陷位置检测单元和数据校正单元。 存储单元具有多个存储器单元,以模拟值的形式离散地存储诸如图像信号的模拟信号作为模拟数据。 存储器控制单元响应于预定时钟顺序选择存储单元作为存储单元的读出目标。 缺陷位置检测单元基于指示从存储单元读出的模拟数据中包含的缺陷模拟数据的位置的缺陷位置信息,检测由存储器控制单元是否选择与缺陷位置对应的存储单元, 并输出检测输出。 数据校正单元通过使用存储在所述存储单元中的模拟信号的另一个模拟数据,根据来自缺陷位置检测单元的检测输出,在缺陷位置校正模拟数据。