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    • 2. 发明授权
    • Parallel pipelined image processor
    • 并行流水线图像处理器
    • US5420941A
    • 1995-05-30
    • US123531
    • 1993-09-17
    • Joseph M. CapoRobert D'AoustDebora Y. GrosseRobert KleinRavi K. NigamGeorge E. Reasoner, Jr.David C. Williams
    • Joseph M. CapoRobert D'AoustDebora Y. GrosseRobert KleinRavi K. NigamGeorge E. Reasoner, Jr.David C. Williams
    • G06T1/20G06K9/60
    • G06T1/20
    • A pipelined image processor generates an image of the information contained on first and second portions of a document. The pipelined image processor includes a first pipe for processing information contained on the first portion of the document, and second pipe for processing information contained on the second portion of the document. The pipes receive the output from two camera assemblies which are used for generating an electrical signal in response to information contained on the document, an image digitizer for generating digitized information from the electrical signal by the means for generating an electrical signal. In addition, both pipes also include a resequencer for generating resequenced information from the digitized information, as well as an image processor for generating processed information from the resequenced information. Finally, the first and second pipes include a transposer/compressor assembly for generating transposed and compressed information from the processed information, and a compressed data buffer for storing the transposed and compressed information.
    • 流水线图像处理器生成包含在文档的第一和第二部分上的信息的图像。 流水线图像处理器包括用于处理包含在文档的第一部分上的信息的第一管道和用于处理包含在文档的第二部分上的信息的第二管道。 管道接收来自两个照相机组件的输出,这些照相机组件用于响应于文档中包含的信息而产生电信号,图像数字转换器用于通过用于产生电信号的装置从电信号产生数字化信息。 此外,两个管道还包括用于从数字化信息生成可重新排序的信息的再同步器,以及用于从重新排序的信息产生处理的信息的图像处理器。 最后,第一和第二管道包括用于从经处理的信息产生转置和压缩信息的转移器/压缩机组件,以及用于存储转置和压缩信息的压缩数据缓冲器。
    • 3. 发明授权
    • Parallel pipelined image processor
    • 并行流水线图像处理器
    • US5287416A
    • 1994-02-15
    • US931654
    • 1992-08-17
    • Joseph M. CapoRobert D'AoustDebora Y. GrosseRobert KleinRavi K. NigamGeorge E. Reasoner, Jr.David C. Williams
    • Joseph M. CapoRobert D'AoustDebora Y. GrosseRobert KleinRavi K. NigamGeorge E. Reasoner, Jr.David C. Williams
    • G06T1/20G06K9/36
    • G06T1/20
    • A pipelined image processor generates an image of the information contained on first and second portions of a document. The pipelined image processor includes a first pipe for processing information contained on the first portion of the document, and second pipe for processing information contained on the second portion of the document. The pipes receive the output from two camera assemblies which are used for generating an electrical signal in response to information contained on the document, an image digitizer for generating digitized information from the electrical signal by the means for generating an electrical signal. In addition, both pipes also include a resequencer for generating resequenced information from the digitized information, as well as an image processor for generating processed information from the resequenced information. Finally, the first and second pipes include a transposer/compressor assembly for generating transposed and compressed information from the processed information, and a compressed data buffer for storing the transposed and compressed information.
    • 流水线图像处理器生成包含在文档的第一和第二部分上的信息的图像。 流水线图像处理器包括用于处理包含在文档的第一部分上的信息的第一管道和用于处理包含在文档的第二部分上的信息的第二管道。 管道接收来自两个照相机组件的输出,这些照相机组件用于响应于文档中包含的信息而产生电信号,图像数字转换器用于通过用于产生电信号的装置从电信号产生数字化信息。 此外,两个管道还包括用于从数字化信息生成可重新排序的信息的再同步器,以及用于从重新排序的信息产生处理的信息的图像处理器。 最后,第一和第二管道包括用于从经处理的信息产生转置和压缩信息的转移器/压缩机组件,以及用于存储转置和压缩信息的压缩数据缓冲器。
    • 4. 发明授权
    • Document processing
    • 文件处理
    • US5768446A
    • 1998-06-16
    • US314737
    • 1994-09-29
    • George E. Reasoner, Jr.Daniel R. EdwardsGerald R. SmithDebora Y. GrosseRobert C. Kidd
    • George E. Reasoner, Jr.Daniel R. EdwardsGerald R. SmithDebora Y. GrosseRobert C. Kidd
    • G06T9/00G06K9/54G06K9/60
    • G06T9/007
    • In a system for processing and imaging documents to develop a stream of digital, video bit sets, each related to a different document is a passing array, this system including an arrangement for simultaneously compressing a number of said bit-sets for different document images and sending the results to output, this arrangement as comprising: a preprocessing stage for distributing each said bit set in a pair, of like parallel bit-compression paths, one, a Master path for half the bits in a set, the other a Slave path for the other half as controlled by The Master, with both input to a common buffer, each compression path being adapted to execute a first compression and then a conditional second compression when certain initial factors are indicated and to provide a real-time-compressed output to this buffer; and both said compressions being performed on a single, two pass stage of a Histogram/Compressor printed circuit board.
    • 在用于处理和成像文档以开发数字视频位集合的系统中,每个与不同文档相关的每一个都是通过阵列,该系统包括用于同时压缩多个用于不同文档图像的所述位集合的装置,以及 将结果发送到输出,该布置包括:用于分配一对相似的并行比特压缩路径的每个所述比特集合的预处理阶段,一组,一组中的一半比特的主路径,另一个是从路径 对于由主机控制的另一半,通过两个输入到公共缓冲器,每个压缩路径适于执行第一压缩,然后在指定某些初始因素时进行条件二次压缩,并提供实时压缩输出 到这个缓冲区; 并且所述两个压缩均在直方图/压缩机印刷电路板的单个两通阶段执行。
    • 6. 发明授权
    • Method and apparatus for lossless compression and decompression of image
data
    • 无损压缩和图像数据解压缩的方法和装置
    • US5095374A
    • 1992-03-10
    • US419611
    • 1989-10-10
    • Robert KleinDebora Y. GrosseKaren A. Wilds
    • Robert KleinDebora Y. GrosseKaren A. Wilds
    • G06T3/60G06T9/00
    • H04N19/593
    • A method and apparatus featuring the compression and decompression of the video image data on a single application specific integrated circuit (ASIC) which utilizes typical Huffman coding techniques, but which defines a run count generally as a plurality of zeros between each pair of ones and which further uses a prediction window having substantially no directional biasing errors associated therewith. Additionally, the compression/decompression apparatus of this invention utilizes a reordering technique whereby all of the "high confidence" predictions are placed in one end of the buffer and all the "low confidence" predictions are placed in another end of the same buffer. This reordering, together with the unbiased window configuration and associated run length count definition, allows for high efficiency lossless compression and decompression of associated image data.
    • 一种方法和装置,其特征在于使用典型的霍夫曼编码技术的单个专用集成电路(ASIC)上的视频图像数据的压缩和解压缩,但是将运行计数通常定义为每对一个之间的多个零,并且 进一步使用基本上没有与其相关联的方向偏置误差的预测窗口。 此外,本发明的压缩/解压缩装置利用重新排序技术,由此所有的“高置信度”预测被放置在缓冲器的一端,并且所有的“低置信度”预测被放置在同一缓冲器的另一端。 这种重新排序以及无偏视窗口配置和关联的行程长度计数定义允许相关图像数据的高效率无损压缩和解压缩。