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    • 1. 发明申请
    • CIRCUIT AREA MINIMIZATION USING SCALING
    • 使用缩放的电路面积最小化
    • US20050125748A1
    • 2005-06-09
    • US10707287
    • 2003-12-03
    • Michael GrayKevin McCullenGustavo TellezRobert Walker
    • Michael GrayKevin McCullenGustavo TellezRobert Walker
    • G06F17/50H01L21/82
    • G06F17/5068
    • A method, system and program product that implements area minimization of a circuit design while respecting the explicit and implicit design constraints, in the form of ground rules and user intent. A longest path algorithm is used to generate a scaling factor. The scaling factor is used to reduce the size of the circuit design to the minimum legal size. The scaling may be followed by application of minpert analysis to correct any errors introduced by the scaling. The resulting design is shrunk (or expanded) with all elements shrinking (or growing) together by the same factor, and with the relative relationships of elements maintained. In addition, the invention is operational in the presence of a positive cycle, can be run with scaling that freezes the sizes of any structure or ground rule, and can be applied to technology migration.
    • 一种方法,系统和程序产品,其以基本规则和用户意图的形式实现电路设计的区域最小化,同时遵守显式和隐式设计约束。 最长路径算法用于生成比例因子。 缩放因子用于将电路设计的尺寸减小到最小法律尺寸。 缩放可能之后是应用minpert分析来校正由缩放引入的任何错误。 所产生的设计缩小(或扩展),所有元素都通过相同的因素一起缩减(或增长),并保持元素的相对关系。 此外,本发明在存在正循环的情况下是可操作的,可以用缩放来运行,其结冰或冻结规则的尺寸,并且可以应用于技术迁移。
    • 4. 发明申请
    • CLONED AND ORIGINAL CIRCUIT SHAPE MERGING
    • 克隆和原始电路形状合并
    • US20050160390A1
    • 2005-07-21
    • US10707845
    • 2004-01-16
    • Henry BongesMichael GrayJason HibbelerKevin McCullenRobert Walker
    • Henry BongesMichael GrayJason HibbelerKevin McCullenRobert Walker
    • G06F17/50
    • G06F17/5068
    • A method, system and program product for merging cloned and original circuit shapes such that a union thereof does not include a notch. The invention determines, for a cell including an original circuit shape and at least one overlapping clone of the original circuit shape, whether each clone corner point of each overlapping clone is within a threshold distance of a corresponding original corner point of the original circuit shape; and generates, in the case that each clone corner point of each overlapping clone circuit shape is within a threshold distance, a union of each overlapping clone and the original circuit shape such that the union does not contain a notch. The union is generated using a point code that sets a new position for a union corner point to remove a notch based on the original shape's direction and the edge orientations previous to and next to the corner point.
    • 用于合并克隆和原始电路形状的方法,系统和程序产品,使得其联合不包括缺口。 本发明对于包括原始电路形状的单元和原始电路形状的至少一个重叠克隆来确定每个重叠克隆的每个克隆角点是否处于原始电路形状的相应原始角点的阈值距离内; 并且在每个重叠克隆电路形状的每个克隆角点处于阈值距离内的情况下,生成每个重叠克隆的结合和原始电路形状,使得联合不包含凹口。 联合是使用点代码生成的,该点代码为联合角点设置新位置,以根据原始形状的方向和角点之前和之后的边缘方向去除凹口。
    • 9. 发明申请
    • Architecture and Protocol for Extensible and Scalable Communication
    • 可扩展和可扩展通信的架构和协议
    • US20120124185A1
    • 2012-05-17
    • US13356292
    • 2012-01-23
    • Martin KacinMichael GrayAndrew Velline
    • Martin KacinMichael GrayAndrew Velline
    • G06F15/177G06F15/16
    • H04L41/0803H04L63/029
    • A system performs information technology (IT) tasks using a computer. Examples of IT tasks include installing or configuring software, displaying alerts, executing programs or scripts on the endpoint, or logging activities. In an embodiment of the system, a connection initialization module receives a request for a persistent connection over a network from a managed endpoint. The request is accepted and a persistent connection is opened with the managed endpoint. A tier-1 module then receives configuration information from the managed endpoint over the persistent connection. The configuration information includes a list of functional plugins on the managed endpoint, where a functional plugin comprises a software module for performing an IT task. The tier-1 module stores this configuration information along with information describing the persistent connection and maintains the persistent connection in an open state.
    • 系统使用计算机执行信息技术(IT)任务。 IT任务的示例包括安装或配置软件,在端点上显示警报,执行程序或脚本,或记录活动。 在系统的一个实施例中,连接初始化模块通过网络从受管端点接收对持续连接的请求。 该请求被接受,并且与受管端点一起打开持久连接。 一级模块然后通过持久连接从受管端点接收配置信息。 配置信息包括管理端点上的功能插件的列表,其中功能插件包括用于执行IT任务的软件模块。 一级模块存储此配置信息以及描述持久连接的信息,并将持久连接维持在打开状态。