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    • 1. 发明授权
    • Macrodetector based image conversion system
    • 基于宏检测器的图像转换系统
    • US5790699A
    • 1998-08-04
    • US549379
    • 1995-10-27
    • Warren B. JacksonDavid A. JaredSumit BasuDavid K. Biegelsen
    • Warren B. JacksonDavid A. JaredSumit BasuDavid K. Biegelsen
    • H04N1/40G06T7/60H04N1/409G06K9/48G06K9/32G06K9/36
    • H04N1/4092
    • An image detection and pixel processing system includes a plurality of detector elements for receiving an image. The detector elements are subdivided into a plurality of macrodetectors, with each macrodetector constituting four or more detector elements, and with each macrodetector providing information for determining both a total light intensity value within the macrodetector and a centroid of light intensity indicative of light intensity position within the macrodetector. An image processing assembly receives information from the plurality of macrodetectors, with the image processing assembly relating a pixel and its encompassed subpixel area to each corresponding macrodetector, and further determining the total light intensity within the pixel and the centroid of light intensity within the subpixel. The image processing assembly is capable of rendering each subpixel area as an edge when magnitude of the centroid of light intensity is greater than a predetermined threshold.
    • 图像检测和像素处理系统包括用于接收图像的多个检测器元件。 检测器元件被细分为多个宏检测器,每个宏检测器构成四个或更多个检测器元件,并且每个宏检测器提供用于确定宏检测器内的总光强度值的信息,以及指示宏观检测器内的光强度位置的光强度的质心 宏检测器 图像处理组件从多个宏检测器接收信息,图像处理组件将像素及其包含的子像素区域相关联到每个对应的宏检测器,并进一步确定像素内的总光强度和子像素内的光强度的质心。 当光强度的大小大于预定阈值时,图像处理组件能够将每个子像素区域呈现为边缘。
    • 3. 发明授权
    • Pixel elements having resistive divider elements
    • 具有电阻分压元件的像素元件
    • US5572344A
    • 1996-11-05
    • US368131
    • 1995-01-03
    • Warren B. JacksonDavid K. BiegelsenDavid A. JaredRichard L. Weisfield
    • Warren B. JacksonDavid K. BiegelsenDavid A. JaredRichard L. Weisfield
    • G02F1/133G02F1/1343G09F9/30G02F1/1393
    • G02F1/134309
    • Pixel elements capable of imaging spatial intensity variations within themselves, and displays comprised of such elements, are described. The pixel elements include a resistance layer disposed between at least one set of electrodes. Over that resistance layer is a liquid crystal material. Over that liquid crystal material is a field electrode. In operation a voltage, whose components are referenced to the field electrode, is applied across the resistance layer. The resulting current flow induces a spatially varying electric field between the field electrode and the resistance layer. That spatially varying electric field results in a corresponding response by the liquid crystal layer which results in a spatially varying light transmission through the liquid crystal material. By varying the voltage across the resistance layer and/or the voltage applied to the field electrode varying amounts of light transmission can be achieved.
    • 描述了能够对其内的空间强度变化进行成像的像素元件以及由这些元件组成的显示器。 像素元件包括设置在至少一组电极之间的电阻层。 在该电阻层之上是液晶材料。 在该液晶材料上是场电极。 在操作中,其分量参考场电极的电压跨越电阻层施加。 所得到的电流在场电极和电阻层之间引起空间变化的电场。 该空间变化的电场导致液晶层的相应响应,这导致通过液晶材料的空间变化的光透射。 通过改变跨越电阻层的电压和/或施加到场电极的电压可以实现不同的光透射量。
    • 4. 发明授权
    • Analog glyph detector and detector arrays
    • 模拟字形检测器和检测器阵列
    • US5864127A
    • 1999-01-26
    • US728654
    • 1996-10-10
    • Warren B. JacksonDavid K. BiegelsenDavid A. JaredRichard G. Stearns
    • Warren B. JacksonDavid K. BiegelsenDavid A. JaredRichard G. Stearns
    • G06K7/00G06K7/10G06T1/00
    • G06K7/143G06K7/10722
    • Bands of predetectors (92) detect the approach of lines of glyphs (12, 14) within an image being scanned. Linear lines or arrays of glyph detectors (116, 118, 120) are sampled in accordance with the detected approach of lines of glyphs. Each detector array includes a plurality of analog glyph detectors (20, 50) which respond to the presence of glyphs with a characteristic analog output. Preferably, the glyph detectors generate a corresponding analog output of a first polarity or other characteristic in response to glyphs of a first orientation and an output of a second polarity or characteristic in response to glyphs of a second orientation. The analog signals which are characteristic of the detection of a glyph are converted into binary 1's and 0's in accordance with the polarity or other characteristic of the signals. In this manner, glyphs are detected by analog detectors and the information encoded in the glyphs is directly output as a binary signal without computer analysis of the image.
    • 预先检测器带(92)检测正在扫描的图像内的字形线(12,14)的接近。 根据检测到的字形线的方法对线性线或字形检测器(116,118,120)的阵列进行采样。 每个检测器阵列包括多个模拟字形检测器(20,50),其响应于具有特征模拟输出的字形的存在。 优选地,字形检测器响应于第一取向的字形和响应于第二取向的字形的第二极性或特性的输出而产生第一极性或其他特性的相应模拟输出。 根据信号的极性或其他特性,将检测字形的特征的模拟信号转换为二进制1和0。 以这种方式,通过模拟检测器检测字形,并且在字形中编码的信息直接作为二进制信号输出,而不对图像进行计算机分析。
    • 10. 发明授权
    • Hyperacuity sensing
    • 超敏感
    • US5541652A
    • 1996-07-30
    • US426439
    • 1995-04-21
    • Warren B. JacksonDavid K. Biegelsen
    • Warren B. JacksonDavid K. Biegelsen
    • G01B11/00H04N1/028H04N5/335H04N3/12H04N3/14
    • H04N3/1512H04N3/155H04N5/335
    • Methods and devices for implementing hyperacuity sensing are provided. The imaging device comprises a sensor array including sensor elements, each of which provides intracellular spatial intensity distribution information necessary to render images with subpixel accuracy. The method includes the step of hyperacuity sensing implemented using sensors that output signals that are dependent upon the internal intensity distribution of impinging light. The output signals are processed to determine the internal intensity distribution, which can then be used to produce a hyperacuity image. Such a hyperacuity image has enhanced definition of edges, and reduced artifacts such as jaggies and moire effects.
    • 提供了实现超敏感检测的方法和设备。 成像装置包括传感器阵列,其包括传感器元件,每个传感器阵列提供用于以亚像素精度渲染图像所需的细胞内空间强度分布信息。 该方法包括使用输出取决于入射光的内部强度分布的信号的传感器实现的超敏感度检测步骤。 处理输出信号以确定内部强度分布,然后可以使用它们来产生超吸引力图像。 这样的超视觉图像具有增强的边缘定义,并且减少伪像,例如锯齿状和莫尔效应。