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    • 1. 发明授权
    • Interpreter for performing remote testing of computer systems
    • 用于执行计算机系统远程测试的口译员
    • US5410681A
    • 1995-04-25
    • US284196
    • 1994-08-02
    • Jay A. JessenPalanivelu NagaraianSean L. FlynnJames A. Schneider
    • Jay A. JessenPalanivelu NagaraianSean L. FlynnJames A. Schneider
    • G06F11/34G06F11/36G06F11/30G06F11/32
    • G06F11/3664G06F11/3672
    • An interpretive language comprises instructions making up part of the first sequence of instructions (a test "script"). The first language comprises a first set of instructions, the first set of instructions causes a first computer system (a "host" in a preferred embodiment) to issue a series of commands to a second computer system (a "target") in order to cause the second computer system to emulate user activity on the second computer system. User activity includes emulating typing text and/or moving a mouse cursor position. The language further comprises a second set of instructions which cause the first computer system to issue a series of commands to the second computer system in order to cause the second computer system to respond to the first computer system with its state. This state includes user interface objects, and applications running in the target, etc. The language further comprises a third set of instructions, the third set of instructions causing the first computer system to issue a sequence of commands to the second computer system to respond in a predefined manner. These instructions indicate that the target computer system is to respond in within a given period of time, listen for further commands, etc. This is useful for repeatable and systematic testing of computer systems having a variety of hardware and software combinations for compatibility testing. Multitasking using "threads" for control of different targets using different test routines is also provided.
    • 解释性语言包括构成第一指令序列(测试“脚本”)的一部分的指令。 第一语言包括第一组指令,第一组指令使得第一计算机系统(优选实施例中的“主机”)向第二计算机系统(“目标”)发出一系列命令,以便 导致第二计算机系统在第二计算机系统上模拟用户活动。 用户活动包括模拟打字文本和/或移动鼠标光标位置。 该语言还包括第二组指令,其使得第一计算机系统向第二计算机系统发出一系列命令,以便使第二计算机系统以其状态对第一计算机系统做出响应。 该状态包括用户界面对象和在目标中运行的应用程序等。该语言还包括第三组指令,第三组指令使得第一计算机系统向第二计算机系统发出一系列命令以响应于 预定义的方式。 这些指令表明目标计算机系统将在给定的时间内进行响应,监听进一步的命令等。这对于具有用于兼容性测试的各种硬件和软件组合的计算机系统的可重复和系统测试是有用的。 还提供了使用“线程”对使用不同测试例程控制不同目标的多任务处理。
    • 2. 发明授权
    • Technique for correcting character-recognition errors
    • 纠正字符识别错误的技术
    • US08150161B2
    • 2012-04-03
    • US12235463
    • 2008-09-22
    • William T. LaaserRajalakshmi GanesanJames A. Schneider
    • William T. LaaserRajalakshmi GanesanJames A. Schneider
    • G06K9/03G06K9/62
    • G06K9/72G06K9/03G06K2209/01G06Q40/12
    • Embodiments of a computer system, a method, and a computer-program product (e.g., software) for use with the computer system are described. These embodiments may be used to identify and correct errors in financial information that was extracted using character-recognition software, such as optical character recognition software and/or intelligent character recognition software. In particular, potential errors may be identified by comparing the financial information for a current financial transaction of a user with expected financial information from one or more previous financial transactions of the user. Error metrics for these potential errors may be determined and used to correct at least some of the potential errors. For example, values of the Levenshtein edit distance may be determined based on the comparison, and one or more potential errors associated with one or more minimum values of the Levenshtein edit distance may be corrected.
    • 描述了与计算机系统一起使用的计算机系统,方法和计算机程序产品(例如,软件)的实施例。 这些实施例可以用于识别和纠正使用诸如光学字符识别软件和/或智能字符识别软件的字符识别软件提取的财务信息中的错误。 特别地,可以通过将用户的当前金融交易的财务信息与来自用户的一个或多个先前财务交易的预期财务信息进行比较来识别潜在错误。 可能会确定这些潜在错误的错误指标,并用于纠正至少一些潜在错误。 例如,可以基于比较来确定Levenshtein编辑距离的值,并且可以校正与Levenshtein编辑距离的一个或多个最小值相关联的一个或多个潜在错误。
    • 3. 发明授权
    • Method and apparatus for determining the position of a retroreflective
element
    • 用于确定回射元件的位置的方法和装置
    • US5301005A
    • 1994-04-05
    • US015816
    • 1993-02-10
    • Leon B. C. deVosJames A. Schneider
    • Leon B. C. deVosJames A. Schneider
    • G01B11/00G01C3/06G01C15/00G01S3/789G01S5/16G01S17/06G01B11/26G01C3/00
    • G01S5/16G01C15/002G01S17/06G01S3/789
    • A method and system for determining the position of at least one position retroreflective element in a predetermined frame of reference using two benchmark positions of known coordinates. A light transmitting and detecting means and a reference retroreflective element are oppositely positioned at a primary benchmark position located at known first coordinates and a secondary benchmark position located at known second coordinates. The light transmitting and detecting means takes angular measurements by sensing a reflected light beam from the position and reference retroreflective elements. After taking angular measurements in the above configuration, the light transmitting and detecting means and the reference retroreflective element are transposed and additional angular measurements are taken. From the angular measurements, the position of the position retroreflective element is determined in the coordinate frame of reference. In addition, the light transmitting and detecting means may be further positioned at an intermediate benchmark position having unknown coordinates. After determining the coordinates of the intermediate benchmark position, angular measurements taken at the intermediate benchmark position are compared with the angular measurements from the primary and secondary benchmark positions and the most accurate measurements are used to determine the position of at least one position retroreflective element.
    • 一种用于使用已知坐标的两个基准位置来确定至少一个位置回射元件在预定参考系中的位置的方法和系统。 光传输和检测装置和参考反射元件相对地位于位于已知第一坐标处的主基准位置和位于已知第二坐标处的次基准位置。 光传输和检测装置通过感测来自位置和参考逆反射元件的反射光束进行角度测量。 在以上配置进行角度测量之后,将光传输和检测装置和参考逆反射元件转置并进行附加角度测量。 从角度测量中,在坐标参考系中确定位置回射元件的位置。 此外,光发射和检测装置可以进一步定位在具有未知坐标的中间基准位置。 在确定中间基准位置的坐标之后,将在中间基准位置处进行的角度测量与来自主要和次要基准位置的角度测量值进行比较,并且使用最精确的测量来确定至少一个位置回射元件的位置。
    • 4. 发明申请
    • TECHNIQUE FOR CORRECTING CHARACTER-RECOGNITION ERRORS
    • 纠正字符识别错误的技术
    • US20100074509A1
    • 2010-03-25
    • US12235463
    • 2008-09-22
    • William T. LaaserRajalakshmi GanesanJames A. Schneider
    • William T. LaaserRajalakshmi GanesanJames A. Schneider
    • G06K9/00G07F19/00
    • G06K9/72G06K9/03G06K2209/01G06Q40/12
    • Embodiments of a computer system, a method, and a computer-program product (e.g., software) for use with the computer system are described. These embodiments may be used to identify and correct errors in financial information that was extracted using character-recognition software, such as optical character recognition software and/or intelligent character recognition software. In particular, potential errors may be identified by comparing the financial information for a current financial transaction of a user with expected financial information from one or more previous financial transactions of the user. Error metrics for these potential errors may be determined and used to correct at least some of the potential errors. For example, values of the Levenshtein edit distance may be determined based on the comparison, and one or more potential errors associated with one or more minimum values of the Levenshtein edit distance may be corrected.
    • 描述了与计算机系统一起使用的计算机系统,方法和计算机程序产品(例如,软件)的实施例。 这些实施例可以用于识别和纠正使用诸如光学字符识别软件和/或智能字符识别软件的字符识别软件提取的财务信息中的错误。 特别地,可以通过将用户的当前金融交易的财务信息与来自用户的一个或多个先前财务交易的预期财务信息进行比较来识别潜在错误。 可能会确定这些潜在错误的错误指标,并用于纠正至少一些潜在错误。 例如,可以基于比较来确定Levenshtein编辑距离的值,并且可以校正与Levenshtein编辑距离的一个或多个最小值相关联的一个或多个潜在错误。