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    • 1. 发明授权
    • Signal processing circuit and ultrasonic diagnostic apparatus
    • 信号处理电路及超声波诊断仪
    • US09390068B2
    • 2016-07-12
    • US13980193
    • 2012-01-13
    • Haruo Yoda
    • Haruo Yoda
    • G06F17/10G06F17/16G01S7/52
    • G06F17/16G01S7/52046
    • A signal processing circuit respectively transforms complex covariance matrices, which are consecutively inputted at a predetermined period, into upper triangular matrices. The signal processing circuit includes: a storage unit that stores at least N-number of complex covariance matrices; a reading unit that reads matrix elements of the stored complex covariance matrices; a CORDIC calculation circuit that implements a CORDIC algorithm by a pipelined circuit system; and a QR decomposition unit that controls the reading unit and the CORDIC calculation circuit unit to calculate an upper triangular matrix by iteratively using the CORDIC calculation circuit unit on a single complex covariance matrix and that calculates in parallel a transformation of N-number of complex covariance matrices into upper triangular matrices in an interleaved format.
    • 信号处理电路分别将以预定周期连续输入的复协方差矩阵变换为上三角矩阵。 信号处理电路包括:存储单元,其存储至少N个复数协方差矩阵; 读取单元,读取存储的复协方差矩阵的矩阵元素; CORDIC计算电路,通过流水线电路系统实现CORDIC算法; 以及QR分解单元,其控制读取单元和CORDIC计算电路单元,通过在单个复协方差矩阵上迭代地使用CORDIC计算电路单元来计算上三角矩阵,并且并行计算N个复数协方差的变换 矩阵以交错格式转换成上三角矩阵。
    • 7. 发明授权
    • Electron beam lithography system, electron beam lithography apparatus, and method of lithography
    • 电子束光刻系统,电子束光刻设备和光刻方法
    • US06674086B2
    • 2004-01-06
    • US09265181
    • 1999-03-09
    • Masato KamadaHaruo YodaMinoru WakitaHajime Kawano
    • Masato KamadaHaruo YodaMinoru WakitaHajime Kawano
    • H01J37302
    • H01J37/3026H01J2237/3175
    • The subject that should be solved in the present invention is to improve throughput of electron beam lithography apparatus or electron beam lithography system and lithography method used therefor. The electron beam lithography apparatus by the present invention comprises a lithography data generation part, an exposure map implementation part, and plurality of lithography data generation parts, thereby several exposure maps which are different in condition and type, are implemented in parallel. Moreover, the electron beam lithography apparatus by present invention has a construction to compare outputs from the lithography data generation parts. Moreover, the electron beam lithography system by present invention has a construction to use lithography data formed with the lithography data generation parts of one of the electron beam lithography apparatuses with other of the electron beam lithography apparatuses.
    • 本发明中要解决的课题是提高电子束光刻装置或电子束光刻系统的生产率和用于其的光刻方法。 本发明的电子束光刻设备包括光刻数据生成部分,曝光图实现部分和多个光刻数据生成部分,从而并行地实现条件和类型不同的几个曝光图。 此外,本发明的电子束光刻装置具有比较光刻数据生成部的输出的结构。 此外,本发明的电子束光刻系统具有使用与电子束光刻设备中的其中一个电子束光刻设备的光刻数据生成部分形成的光刻数据的结构。