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    • 21. 发明申请
    • VERIFYING DATA INTENSIVE STATE TRANSITION MACHINES RELATED APPLICATION
    • 验证数据强度状态转换机相关应用
    • US20120278773A1
    • 2012-11-01
    • US13097171
    • 2011-04-29
    • Viresh ParuthiPeter Anthony SandonJun Sawada
    • Viresh ParuthiPeter Anthony SandonJun Sawada
    • G06F9/455G06F17/50
    • G06F17/504G06F9/4498G06F17/5022
    • A method, system, and computer program product for verification of a state transition machine (STM) are provided in the illustrative embodiments. The STM representing the operation of a circuit configured to perform a computation is received. A segment of the STM is selected from a set of segments of the STM. A set of properties of the segment is determined. The set of properties is translated into a hardware description to form a translation. The segment is verified by verifying whether all relationships between a pre-condition and a post condition in the translation hold true for any set of inputs and any initial state of a hardware design under test. A verification result for the segment is generated. Verification results for each segment in the set of segments are combined to generate a verification result for the STM.
    • 在说明性实施例中提供了用于验证状态转换机(STM)的方法,系统和计算机程序产品。 接收表示被配置为执行计算的电路的操作的STM。 从STM的一组段中选择STM的一段。 确定该段的一组属性。 该属性集被翻译成硬件描述以形成一个翻译。 通过验证翻译中的前提条件和后期条件之间的所有关系是否适用于任何一组输入以及所测试的硬件设计的任何初始状态来验证该段。 生成段的验证结果。 组合段中每个段的验证结果,以生成STM的验证结果。
    • 22. 发明授权
    • Fused booth encoder multiplexer
    • 熔模展位编码器多路复用器
    • US08229992B2
    • 2012-07-24
    • US11670357
    • 2007-02-01
    • Wendy Ann BelluominiHung Cai NgoJun Sawada
    • Wendy Ann BelluominiHung Cai NgoJun Sawada
    • G06F7/52
    • G06F7/5338G06F7/483G06F7/533G06F7/5443G06F2207/3872
    • A multiplier circuit comprises a fused Booth encoder multiplexer which produces partial product bits, a tree which uses the partial product bits to generate partial products, and an adder which uses the partial products to generate intermediate sum and carry results for a multiplication operation. The fused Booth encoder multiplexer utilizes encoder-selector cells having a logic tree which carries out a Boolean function according to a Booth encoding and selection algorithm to produce one of the partial product bits at a dynamic node, and a latch connected to the dynamic node which maintains the value at an output node. The encoder-selector cells operate in parallel to produce the partial product bits generally simultaneously. A given one of the encoder-selector cells has a unique set of both multiplier operand inputs and multiplicand operand inputs, and produces a single partial product bit.
    • 乘法器电路包括产生部分乘积比特的融合布尔编码器多路复用器,使用部分积比特产生部分乘积的树,以及使用部分乘积来生成中间和并携带乘法运算结果的加法器。 融合布尔编码器多路复用器利用具有逻辑树的编码器选择器单元,该逻辑树根据布斯编码和选择算法执行布尔函数,以在动态节点处产生部分乘积比特中的一个,以及连接到动态节点的锁存器, 在输出节点维护该值。 编码器选择器单元并行操作以通常同时产生部分乘积位。 编码器选择器单元中的一个具有唯一的乘法器操作数输入和被乘数操作数输入的集合,并且产生单个部分乘积位。
    • 24. 发明申请
    • PROCESS FOR MACHINING PRESSURE DETECTION HOLE AND APPARATUS FOR MACHINING PRESSURE DETECTION HOLE
    • 加压压力检测孔的工艺及加压压力检测孔的装置
    • US20110110737A1
    • 2011-05-12
    • US12942306
    • 2010-11-09
    • Kaneyoshi HiragaJun Sawada
    • Kaneyoshi HiragaJun Sawada
    • B23B41/00B23B35/00
    • B23Q17/2409Y10T408/03Y10T408/08Y10T408/21Y10T408/553Y10T408/5617
    • A pressure detection passage and a side edge of a pressure detection member are positioned for a tip of a stylus attached to a drilling device by holding the pressure detection member on a hand-operated stage and moving the pressure detection member in the X axis direction by a micrometer head of the hand-operated stage while checking an enlarged image picked up by a microscope and displayed on a monitor, and a personal computer stores positions of the side edge of the pressure detection member and the pressure detection passage which are measured by scales of the micrometer head. Subsequently, the stylus is exchanged for a drill and the drilling device is moved down by a micrometer head for moving up and down a slider, while moving in sequence in the X axis direction the hand-operated stage by operating the micrometer head of the hand-operated stage so as to reappear the position stored in the personal computer, thereby drilling in the pressure detection member pressure detection holes communicating with the respective pressure detection passages. Therefore, it is possible to improve the precision and ease of operation of drilling a pressure detection hole in a pressure detection member.
    • 通过将压力检测部件保持在手动工作台上并将压力检测部件沿X轴方向移动而将压力检测部件和压力检测部件的侧缘定位用于安装在钻孔装置上的触针的尖端, 在检查由显微镜拾取的放大图像并显示在监视器上时,手动台的千分尺头部,并且个人计算机存储压力检测构件和压力检测通道的侧面的位置,该位置由鳞片测量 的千分尺头。 随后,将触针更换为钻头,并且钻头装置通过用于在滑块上下移动的测微头向下移动,同时通过操作手指的千分尺来在X轴方向上依次移动手动操作台 以再现存储在个人计算机中的位置,从而在与各个压力检测通道连通的压力检测构件压力检测孔中钻孔。 因此,可以提高压力检测部件中的压力检测孔的钻孔的精度和操作的容易性。
    • 27. 发明授权
    • Pressure distribution measurement system
    • 压力分布测量系统
    • US07249501B2
    • 2007-07-31
    • US11315268
    • 2005-12-23
    • Jun Sawada
    • Jun Sawada
    • G01P13/00
    • G01L15/00G01M9/06
    • A pressure distribution measurement system for measuring a pressure distribution on a measurement object. A flexible sheet-form pressure detection member includes a plurality of pressure passages extending in parallel and a pressure detection hole opened in each of the pressure passages is affixed to a surface of an outer plate of a main wing W of an airplane. Each of the pressure passages is connected to a pressure measurement device via a pressure pipeline. Because the pressure detection hole is opened in the pressure detection member, that is, the pressure detection hole is not required to be opened in the outer plate of the main wing, the outer plate is not damaged. Further, because the flexible sheet-form pressure detection member conforms well to the three dimensionally curved surface of the outer plate and has a small thickness, the airflow is hardly disturbed at all, thereby enhancing pressure distribution measurement accuracy.
    • 一种用于测量测量对象上的压力分布的压力分布测量系统。 柔性片状压力检测构件包括平行延伸的多个压力通道,并且在每个压力通道中打开的压力检测孔被固定到飞机的主翼W的外板的表面上。 每个压力通道通过压力管线连接到压力测量装置。 由于在压力检测部件中压力检测孔被打开,也就是说,不需要在主翼的外板中打开压力检测孔,所以外板不会被损坏。 此外,由于柔性片状压力检测部件与外板的三维曲面良好一致,所以厚度小,所以气流几乎不受到干扰,从而提高了压力分布测量精度。