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    • 72. 发明授权
    • Method and apparatus for rapidly processing data sequences
    • 快速处理数据序列的方法和装置
    • US5315700A
    • 1994-05-24
    • US838070
    • 1992-02-18
    • Richard S. JohnstonPaul V. BudakRobert C. SchmidtShih-Jong J. Lee
    • Richard S. JohnstonPaul V. BudakRobert C. SchmidtShih-Jong J. Lee
    • G06F9/38G06F15/16G06F15/80G06T1/00G06T1/20G06T1/60G06F3/14
    • G06T1/60
    • Improved method and apparatus are provided for performing parallel and pipeline processing of data sequences. The apparatus includes a plurality of memory circuits and a plurality of data processors wherein each data processor is constructed for parallel and pipeline processing of data sequences. Address controllers are provided for routing data between the memory circuits and the pixel processors. The address controllers are capable of directly coupling any memory circuit to any pixel processor so that data may be simultaneously transferred from a plurality of memory circuits to a plurality of pixel processors. Further, the pixel processors are provided with processing elements for performing data processing on neighboring data words of a data sequence. The address controller is constructed for providing data from the memory circuits in a plurality of sequences so that the data may be provided to the pixel processor first and second times in respective first and second sequences to enable two dimensional processing of the data sequence. A feature processor is provided for extracting specific information from the processed image data, relating to features of objects contained therein.
    • 提供了改进的方法和装置,用于执行数据序列的并行和流水线处理。 该装置包括多个存储器电路和多个数据处理器,其中每个数据处理器被构造用于数据序列的并行和流水线处理。 提供地址控制器用于在存储器电路和像素处理器之间路由数据。 地址控制器能够将任何存储器电路直接耦合到任何像素处理器,使得数据可以从多个存储器电路同时传送到多个像素处理器。 此外,像素处理器设置有用于对数据序列的相邻数据字执行数据处理的处理元件。 地址控制器被构造用于以多个序列提供来自存储器电路的数据,使得可以在相应的第一和第二序列中将数据提供给像素处理器第一次和第二次以实现数据序列的二维处理。 提供了一种特征处理器,用于从处理的图像数据中提取与其中包含的对象的特征有关的特定信息。
    • 74. 发明授权
    • Method for keypad optimization
    • 键盘优化方法
    • US07551162B2
    • 2009-06-23
    • US11175952
    • 2005-07-05
    • Chang-Sung YuShih-Jong J. Lee
    • Chang-Sung YuShih-Jong J. Lee
    • G09G5/00
    • G06F3/0237
    • A keypad optimization method for handheld devices with optimal multi-language entry capability and handiness for both handheld and fingertip manipulation receives application requirements containing language specification and performs application mapping using the application requirements to generate versatile keypad map output. A versatile keypad is implemented using versatile keypad map wherein the versatile keypad receives user input and generates received data output. An interactive optimization is performed using the received data having online action output. The online action is used to generate keypad output and screen display by the versatile keypad.An application mapping method receives application requirements containing language specification and performs language entry order grouping using the language specification to generate entry order groups and valid combination output. An inter-group mapping is performed using the application requirements and the entry order groups and valid combination having mapping sets output. An intra-group location mapping is performed using the application requirements and the mapping sets having key maps output.A versatile keypad interactive optimization method initializes the state value to initial input state and receives user key strike input. It performs interactive optimization using the user key strike and the state value having state update and symbol output.
    • 具有最佳多语言输入能力的手持设备的键盘优化方法和手持和指尖操作的便利性接收包含语言规范的应用需求,并使用应用要求执行应用映射,以生成通用的键盘映射输出。 通用键盘实现多功能键盘,其中通用键盘接收用户输入并产生接收的数据输出。 使用具有在线动作输出的接收数据来执行交互式优化。 在线动作用于通过通用键盘生成键盘输出和屏幕显示。 应用映射方法接收包含语言规范的应用需求,并使用语言规范执行语言入口顺序分组,以生成入口顺序组和有效组合输出。 使用应用需求和入口顺序组以及具有映射集输出的有效组合来执行组间映射。 使用应用需求和具有键映射输出的映射集来执行组内位置映射。 通用键盘交互式优化方法将状态值初始化为初始输入状态,并接收用户键击输入。 它使用用户键击和具有状态更新和符号输出的状态值执行交互式优化。
    • 75. 发明授权
    • Region-guided boundary refinement method
    • 区域引导边界细化方法
    • US07430320B2
    • 2008-09-30
    • US10998282
    • 2004-11-15
    • Shih-Jong J. LeeTuan Phan
    • Shih-Jong J. LeeTuan Phan
    • G06K9/34
    • G06K9/48G06K9/0014G06T7/13G06T7/149G06T7/181G06T2207/20036G06T2207/20156
    • A region-guided boundary refinement method for object segmentation in digital images receives an initial object regions of interest and performs directional boundary decomposition using the initial object regions of interest to generate a plurality of directional object boundaries output. A directional border search is performed using the plurality of directional object boundaries to generate base border points output. A base border integration is performed using the base border points to generate base borders output. In addition, a boundary completion is performed using the base borders having boundary refined object regions of interest output.A region-guided boundary completion method for object segmentation in digital images receives an initial object regions of interest and base borders. It performs boundary completion using the initial object regions of interest and the base borders to generate boundary refined object regions of interest output. The boundary completion method performs border growing using the base borders to generate grown borders output. A region guided connection is performed using the grown borders to generate connected borders output. A region guided merging is performed using the connected borders to generate fined object regions of interest output.
    • 用于数字图像中的对象分割的区域引导边界细化方法接收目标的初始对象区域,并使用感兴趣的初始对象区域进行方向边界分解,以生成多个方向对象边界输出。 使用多个方向对象边界执行方向边界搜索以生成基本边界点输出。 使用基本边界点执行基本边界集成以生成基本边框输出。 此外,使用具有兴趣输出的边界精细对象区域的基本边界来执行边界完成。 用于数字图像中的对象分割的区域引导边界完成方法接收感兴趣的初始对象区域和基本边界。 它使用感兴趣的初始对象区域和基本边界来执行边界完成,以生成兴趣输出的边界细化对象区域。 边界完成方法使用基础边框执行边界生长以生成成长边界输出。 使用生成的边界执行区域引导连接以生成连接的边界输出。 使用连接的边界来执行区域引导合并,以产生感兴趣的精细对象​​区域输出。
    • 77. 发明授权
    • Dynamic learning and knowledge representation for data mining
    • US07139764B2
    • 2006-11-21
    • US10609490
    • 2003-06-25
    • Shih-Jong J. Lee
    • Shih-Jong J. Lee
    • G06F17/30
    • G06F17/30539G06F2216/03Y10S707/99935Y10S707/99936Y10S707/99942Y10S707/99943Y10S707/99945Y10S707/99948
    • An integrated human and computer interactive data mining method receives an input database. A learning, modeling, and analysis method uses the database to create an initial knowledge model. A query of the initial knowledge model is performed using a query request. The initial knowledge model is processed to create a knowledge presentation output for visualization. It further comprises a feedback and update request step that updates the initial knowledge model.A multiple level integrated human and computer interactive data mining method facilitates overview interactive data mining and dynamic learning and knowledge representation by using the initial knowledge model and the database to create and update a presentable knowledge model. It facilitates zoom and filter interactive data mining and dynamic learning and knowledge representation by using the presentable knowledge model and the database to create and update the presentable knowledge model. It further facilitates details-on-demand interactive data mining and dynamic learning and knowledge representation by using the presentable knowledge model and the database to create and update the presentable knowledge model.The integrated human and computer interactive data mining method allows rule viewing by a parallel coordinate visualization technique that maps a multiple dimensional space onto two display dimensions with data items presented as polygonal lines.
    • 79. 发明授权
    • Robust method for automatic reading of skewed, rotated or partially obscured characters
    • 用于自动读取偏斜,旋转或部分模糊字符的鲁棒方法
    • US06735337B2
    • 2004-05-11
    • US09775954
    • 2001-02-02
    • Shih-Jong J. LeeLouis Piloco
    • Shih-Jong J. LeeLouis Piloco
    • G06K934
    • G06K9/325G06K9/6203G06K2209/01
    • A character reading technique recognizes character strings in grayscale images where characters within such strings have poor contrast, are variable in position or rotation with respect to other characters in the string, or where portions of characters in the string are partially obscured. The method improves classification accuracy by improving the robustness of the underlying correlation operation. Characters are divided into regions before performing correlations. Based upon the relative individual region results, region results are combined into a whole character result. Using the characters that are read, a running checksum is computed and, based upon the checksum result, characters are replaced to produce a valid result.
    • 字符读取技术识别灰度图像中的字符串,其中这些字符串中的字符具有差的对比度,相对于字符串中的其他字符的位置或旋转可变,或者字符串中的字符部分被部分遮蔽。 该方法通过提高基础相关运算的鲁棒性来提高分类精度。 在执行相关性之前,人物被划分为区域。 根据相对个别区域的结果,将区域结果组合成一个整体字符的结果。 使用读取的字符,计算运行的校验和,并根据校验和结果替换字符以产生有效的结果。
    • 80. 发明授权
    • Method and apparatus for detecting a microscope slide coverslip
    • 用于检测显微镜幻灯片盖玻片的方法和装置
    • US5812692A
    • 1998-09-22
    • US784316
    • 1997-01-16
    • Mikel D. RosenlofRobert C. SchmidtShih-Jong J. LeeChih-Chau L. Kuan
    • Mikel D. RosenlofRobert C. SchmidtShih-Jong J. LeeChih-Chau L. Kuan
    • G01N21/84G01N21/27G06K9/00G06K9/32G06T1/00G06T7/60G06K9/46
    • G06K9/3216G06K9/00127
    • Coverslip detection locating all four coverslip edges. A field of view processor receives image data from a charge coupled device camera. The charge coupled device camera images a slide and coverslip that is mounted on a movable frame. The slide and coverslip are illuminated from below with a uniform light source. The moveable frame is under computer control and moves in response to the field of view processor. The field of view processor locates the coverslip by first positioning the movable frame to view a portion of the slide on a predetermined potion of the slide within a predetermined area of the slide. The slide is then re-imaged after the movable frame moves the slide toward a chosen edge of direction. Edge type objects are located and followed over multiple fields of view. If the edge object satisfies a set of predetermined criteria the coverslip edge has been found. The edge is extended to find all four corners of the coverslip. The edge objects are processed using morphological operators.
    • 盖玻片检测定位四个盖玻片边缘。 视场处理器从电荷耦合器件相机接收图像数据。 电荷耦合器件相机对安装在可移动框架上的滑盖和盖玻片进行成像。 滑盖和盖玻片从下面用均匀的光源照射。 可移动框架在计算机控制下,并响应于视野处理器移动。 视野处理器通过首先定位可移动框架来定位盖玻片,以在幻灯片的预定区域内的幻灯片的预定部分上观看幻灯片的一部分。 然后,在可移动框架将滑块朝向选定的方向边缘移动之后,重新成像幻灯片。 边缘类型对象位于并遵循多个视野。 如果边缘对象满足一组预定标准,则已经找到盖玻片边缘。 边缘扩展到盖玻片的所有四个角落。 边缘物体使用形态运算符进行处理。