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    • 1. 发明授权
    • System for spatial analysis of a physical quantity
    • 物理量空间分析系统
    • US07672506B2
    • 2010-03-02
    • US10532090
    • 2003-10-22
    • Pierre-Yves BurgiFrancois KaessPierre-Francois RuediPascal Nussbaum
    • Pierre-Yves BurgiFrancois KaessPierre-Francois RuediPascal Nussbaum
    • G06K9/62
    • G01D5/247
    • A system is provided in which the spatial values (S1 to Sn) of the physical quantity are represented by measurement pulses (I1 to In), the temporal ordering of which represents the values, which are processed by processing units (U1 to Un) arranged in at least one row and each include an output (SOR1 to SORn). During successive processing cycles, a measurement pulse processed therein can be delivered to form the output signal (SU) of the system. Each processing unit includes an inhibiting unit (BI) for, in other units and during a given processing cycle, inhibiting the passage to the outputs of the other units respective measurement pulses processed therein and hence preventing them from forming the output signal, if the measurement impulses are temporally ordered later in the given processing cycle than the one processed in the unit concerned.
    • 提供了一种系统,其中物理量的空间值(S1至Sn)由测量脉冲(I1至In)表示,测量脉冲(I1至In)的时间顺序表示由排列的处理单元(U1至Un)处理的值 在至少一行中,并且每一行包括输出(SOR1至SORn)。 在连续的处理循环期间,可以传送其中处理的测量脉冲以形成系统的输出信号(SU)。 每个处理单元包括禁止单元(BI),用于在其它单元中并且在给定的处理周期期间,禁止在其中处理其它单元的输出的相应测量脉冲,从而防止其形成输出信号,如果测量 脉冲在给定的处理周期中比在相关单元中处理的脉冲更短暂地排序。
    • 2. 发明申请
    • System for spatial analysis of a physical quantity
    • 物理量空间分析系统
    • US20060034347A1
    • 2006-02-16
    • US10532090
    • 2003-10-22
    • Pierre-Yves BurgiFrancois KaessPierre-Francois RuediPascal Nussbaum
    • Pierre-Yves BurgiFrancois KaessPierre-Francois RuediPascal Nussbaum
    • H04B1/69
    • G01D5/247
    • The invention concerns a system wherein the spatial values (S1 to Sn) of the physical quantity are represented by measurement pulses (I1 to In) whereof the temporal ordering represents said values. The system comprises a plurality of processing units (U1 to Un) for processing said measurement pulses. They are arranged in at least one row and include each an output (SOR1 to SORn) whereon, during successive processing cycles, a measurement pulse processed therein can be delivered to form the output signal (SU) of the system. The invention is characterized in that each processing unit (U1 to Un) comprises inhibiting means (BI) for, in other units of the row and during a given processing cycle, inhibiting the passage to the outputs (SOR1 to SORn) of said other units respective measurement pulses processed therein and hence preventing them from forming the output signal (SU), if said measurement impulses are temporally ordered later in the given processing cycle than the one processed in the unit concerned.
    • 本发明涉及一种系统,其中物理量的空间值(S 1至Sn)由时间排序表示所述值的测量脉冲(I 1至In)表示。 该系统包括用于处理所述测量脉冲的多个处理单元(U 1至Un)。 它们被布置在至少一行中并且包括每个输出(SOR 1至SORn),其中在连续的处理周期期间,其中处理的测量脉冲可以被传送以形成系统的输出信号(SU)。 本发明的特征在于,每个处理单元(U 1至Un)包括禁止装置(BI),用于在该行的其他单元中并且在给定的处理周期期间,禁止通过所述的所述输出(SOR 1至SORn) 如果所述测量脉冲在给定处理周期中比在相关单元中处理的脉冲在时间上稍后排序,则在其中处理其它单元各自的测量脉冲,因此防止它们形成输出信号(SU)。
    • 4. 发明申请
    • Method and sensor for determining the local contrast of an observed scene by detection of the luminance from said scene
    • 用于通过检测来自所述场景的亮度来确定观察场景的局部对比度的方法和传感器
    • US20060011806A1
    • 2006-01-19
    • US10526358
    • 2003-09-01
    • Pascal HeimPierre-Francois RuediEric FragniereEric GrenetFrancois Kaess
    • Pascal HeimPierre-Francois RuediEric FragniereEric GrenetFrancois Kaess
    • H01L27/00
    • H04N5/374
    • The invention relates to a method of calculating the local contrast at each pixel (PC) in a network (Mp) of photosensitive pixels which are arranged in at least one dimension (x, y). The inventive method consists in, during successive image acquisition cycles, producing a signal which is representative of the local luminance at each pixel, said luminance-representative signals being integrated values of luminance values sensed by the respective pixels (pC, pG, pD, pH, pB). The inventive method consists in: sampling the integrated values of the signals representing the luminance values at the pixels adjacent (pG, pD, pH, pB) to a considered pixel (pC), said sampling taking place at an instant in the cycle when the integrated value of the luminance at the considered pixel (pC) is equal to a pre-determined reference value; and determining the local contrast at the considered pixel (pC) on the basis of values thus sampled.
    • 本发明涉及一种计算在至少一维中布置的感光像素的网络(M SUB)中的每个像素(P SUB)的局部对比度的方法, (x,y)。 本发明的方法包括在连续的图像采集周期期间产生代表每个像素处的局部亮度的信号,所述亮度代表信号是由各个像素感测的亮度值的积分值(p < p> N,P ,p ,p B)。 本发明的方法在于:在邻近的像素(p> N,P,D,D,H,H)上对表示亮度值的信号的积分值进行采样 所述采样发生在所述周期中的时刻,当所考虑的像素(的亮度的积分值)时,在所考虑的像素(p&lt; p C等于预定的参考值; 以及基于这样采样的值来确定所考虑的像素处的局部对比度(p> C)。
    • 5. 发明授权
    • Vision sensor for measuring contrasts and method for making such measure
    • 用于测量对比度的视觉传感器和进行此类测量的方法
    • US08363140B2
    • 2013-01-29
    • US12673609
    • 2009-02-19
    • Pascal HeimPierre-Francois Ruedi
    • Pascal HeimPierre-Francois Ruedi
    • H04N3/14H04N5/335
    • H04N5/3745H04N5/35509H04N5/35518H04N5/378
    • A digital vision sensor includes a pixel array (10) for receiving a light beam representing a visual scene. The sensor includes: a reference voltage Vref generator; in each pixel, an element for generating, during an integration phase, a voltage Vp that is proportional to the received lighting and a comparator (30) for determining the moment when the voltage Vp thereof reaches the reference voltage; a logarithmic period generator for generating a clock having a period that increases proportionally to the time elapsed from the beginning of the integration; a device for counting the number of clock periods elapsed from the beginning of the integration and providing a result in the form of a binary code; a static RAM memory word (50) per pixel; and, in each pixel, an element (40) for writing the code present at the moment into the memory.
    • 数字视觉传感器包括用于接收表示视觉场景的光束的像素阵列(10)。 传感器包括:参考电压Vref发生器; 在每个像素中,用于在积分阶段期间产生与接收到的光照成比例的电压Vp的元件和用于确定其电压Vp达到参考电压的时刻的比较器(30); 对数周期发生器,用于产生具有与从积分开始起经过的时间成比例地增加的周期的时钟; 用于计数从积分开始经过的时钟周期的数量并以二进制码的形式提供结果的装置; 每个像素的静态RAM存储器字(50); 并且在每个像素中,存在用于将存在于该存储器中的代码写入的元件(40)。
    • 6. 发明申请
    • VISION SENSOR FOR MEASURING CONTRASTS AND METHOD FOR MAKING SUCH MEASURE
    • 用于测量对比度的视觉传感器及其制作方法
    • US20110007199A1
    • 2011-01-13
    • US12673609
    • 2009-02-19
    • Pascal HeimPierre-Francois Ruedi
    • Pascal HeimPierre-Francois Ruedi
    • H04N5/335
    • H04N5/3745H04N5/35509H04N5/35518H04N5/378
    • A digital vision sensor includes a pixel array (10) for receiving a light beam representing a visual scene. The sensor includes: a reference voltage Vref generator; in each pixel, an element for generating, during an integration phase, a voltage Vp that is proportional to the received lighting and a comparator (30) for determining the moment when the voltage Vp thereof reaches the reference voltage; a logarithmic period generator for generating a clock having a period that increases proportionally to the time elapsed from the beginning of the integration; a device for counting the number of clock periods elapsed from the beginning of the integration and providing a result in the form of a binary code; a static RAM memory word (50) per pixel; and, in each pixel, an element (40) for writing the code present at the moment into the memory.
    • 数字视觉传感器包括用于接收表示视觉场景的光束的像素阵列(10)。 传感器包括:参考电压Vref发生器; 在每个像素中,用于在积分阶段期间产生与接收到的光照成比例的电压Vp的元件和用于确定其电压Vp达到参考电压的时刻的比较器(30); 对数周期发生器,用于产生具有与从积分开始起经过的时间成比例地增加的周期的时钟; 用于计数从积分开始经过的时钟周期的数量并以二进制码的形式提供结果的装置; 每个像素的静态RAM存储器字(50); 并且在每个像素中,存在用于将存在于该存储器中的代码写入的元件(40)。