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    • 11. 发明授权
    • Performance modeling for circuit design
    • 电路设计性能建模
    • US07003745B2
    • 2006-02-21
    • US10638625
    • 2003-08-11
    • Pero SubasicRodney Phelps
    • Pero SubasicRodney Phelps
    • G06F17/50G06F10/13
    • G06F17/5068
    • Each circuit simulation performed on unique layout of circuit devices generates a design point (DP) that includes device variable values and performance goal values. Circuit models for at least one performance goal are determined as a function of a first subset of the DPs. A performance goal value is determined for each circuit model based on the device variable values obtained from a second subset of the DPs. Errors are determined between the thus determined value of each performance goal and values of the corresponding performance goals obtained from the second subset of the DPs. Input values of device variables are processed with at least one of the circuit models having the smallest error associated therewith to determine therefor a performance goal value. A layout of the circuit devices is generated based on the input device variable values associated with at least one of the thus determined performance goals.
    • 在电路设备的独特布局上执行的每个电路仿真产生包括设备变量值和性能目标值的设计点(DP)。 作为DP的第一子集的函数确定至少一个性能目标的电路模型。 基于从DP的第二子集获得的设备变量值,为每个电路模型确定性能目标值。 在这样确定的每个绩效目标的值和从DP的第二子集获得的相应的绩效目标的值之间确定错误。 使用具有与其相关联的最小误差的至少一个电路模型来处理设备变量的输入值,以确定性能目标值。 基于与由此确定的性能目标中的至少一个相关联的输入设备变量值来生成电路设备的布局。
    • 14. 发明申请
    • Constraint data management for electronic design automation
    • 电子设计自动化的约束数据管理
    • US20050155006A1
    • 2005-07-14
    • US10755557
    • 2004-01-12
    • Pero SubasicGeorge Arsintescu
    • Pero SubasicGeorge Arsintescu
    • G06F17/50
    • G06F17/5072
    • In a method of determining the existence of one or more conflicts in the placement or configuration of circuit objects defining a circuit, a number of constraints is defined, each of which imposes at least one limitation on at least one circuit object. A number of constraint families is then defined, each of which includes a subset of interrelated constraints. For each of a subset of the constraint families, a determination is made if a conflict exists between the constraints thereof. If not, pairs of constraint families are defined from the plurality constraint families. For each of a subset of the pairs of constraint families, a determination is made if a conflict exists between the constraints thereof. If not, the circuit objects defining the circuit are laid out subject to the constraints.
    • 在确定定义电路的电路对象的布置或配置中存在一个或多个冲突的方法中,定义了若干约束,每个约束对至少一个电路对象施加至少一个限制。 然后定义多个约束族,每个约束族包括相关约束的子集。 对于约束族的子集中的每一个,确定在其约束之间是否存在冲突。 如果不是,则从多个约束系列中定义约束族对。 对于约束系列对的子集中的每一个,确定在其约束之间是否存在冲突。 如果没有,定义电路的电路对象将受限于约束。
    • 15. 发明授权
    • Method and apparatus for information management using fuzzy typing
    • 使用模糊打字的信息管理方法和装置
    • US06721734B1
    • 2004-04-13
    • US09551013
    • 2000-04-18
    • Pero SubasicAlison Huettner
    • Pero SubasicAlison Huettner
    • G06F1730
    • G06F17/30616G06F17/30696Y10S707/99935Y10S707/99936
    • A technique for analyzing affect in which ambiguity in both emotion and natural language is explicitly represented and processed through fuzzy logic. In particular, textual information is processed to i) isolate a vocabulary of words belonging to an emotion, ii) represent the meaning of each word belonging to that emotion using multiple categories and scalar metrics, iii) compute profiles for text documents based on the categories and scores of their component words, and iv) manipulate the profiles to visualize the texts. The representation vehicle in the system is a set of fuzzy semantic categories (affect categories) followed by their respective centralities (degrees of relatedness between lexicon entries and their various categories) and intensities (representative of the strength of the affect level described by that word) called an affect set. A graphical representation of the affect set can also be used as a tool for decision making.
    • 一种分析影响的技术,其中通过模糊逻辑明确表示和处理情感和自然语言中的歧义。 特别地,文本信息被处理为i)隔离属于情感的单词的词汇,ii)使用多个类别和标量度量表示属于该情绪的每个单词的含义,iii)基于类别来计算文本文档的简档 和其组成词的分数,以及iv)操纵轮廓以使文本可视化。 系统中的代表性车辆是一组模糊语义类别(影响类别),其后是其各自的中心(词典条目与其各种类别之间的相关程度)和强度(表示该词所描述的影响级别的强度) 称为影响集。 影响集的图形表示也可以用作决策的工具。