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    • 4. 发明申请
    • Data management and persistence frameworks for network management application development
    • 网络管理应用程序开发的数据管理和持久化框架
    • US20060004856A1
    • 2006-01-05
    • US10868217
    • 2004-06-15
    • Xiangyang ShenEdward BrunellShankar KrishnamoorthyManjula SridharDong Zhao
    • Xiangyang ShenEdward BrunellShankar KrishnamoorthyManjula SridharDong Zhao
    • G06F17/00
    • G06F8/24
    • Methods of developing an application program to manage a distributed system or network are provided. In one embodiment, the method includes: a) defining managed objects in a resource definition language and storing the definition in resource definition language files, b) parsing the resource definition language files to ensure conformity with the resource definition language and creating an intermediate representation of the distributed system, c) processing the intermediate representation to form programming language classes, database definition files, and script files, d) developing a reusable asset center framework to facilitate development of the application program, the reusable asset center including a data management framework that provides creation, deletion, modification, and browsing functions and/or a persistence framework that provides persistent data storage functions in conjunction with the managed objects and the database, and e) building the application program from the programming language classes, database definition files, script files, and the reusable asset framework.
    • 提供开发用于管理分布式系统或网络的应用程序的方法。 在一个实施例中,该方法包括:a)以资源定义语言定义被管理对象并将定义存储在资源定义语言文件中,b)解析资源定义语言文件以确保符合资源定义语言并创建中间表示 分布式系统,c)处理中间表示形成编程语言类,数据库定义文件和脚本文件,d)开发可重用的资产中心框架,以促进应用程序的开发,可重用资产中心包括数据管理框架, 提供创建,删除,修改和浏览功能和/或持久性框架,其与管理对象和数据库一起提供持久数据存储功能,以及e)从编程语言类,数据库定义文件,脚本构建应用程序 文件和可重用资产框架 ork。
    • 5. 发明申请
    • Event management framework for network management application development
    • 网络管理应用开发事件管理框架
    • US20050278708A1
    • 2005-12-15
    • US10868250
    • 2004-06-15
    • Dong ZhaoEdward BrunellKwok-Chien ChoyShankar KrishnamoorthyManjula Sridhar
    • Dong ZhaoEdward BrunellKwok-Chien ChoyShankar KrishnamoorthyManjula Sridhar
    • G06F9/44G06F9/45
    • H04L41/0206G06F8/20H04L41/06
    • Methods of developing an application program to manage a distributed system or network are provided. In one embodiment, the method includes: a) defining managed objects in a resource definition language and storing the definition in resource definition language files, b) parsing the resource definition language files to ensure conformity with the resource definition language and creating an intermediate representation of the distributed system, c) processing the intermediate representation to form programming language classes, database definition files, and script files, d) developing a reusable asset center framework to facilitate development of the application program, the reusable asset center including an event management framework that provides an event processing model for defining, routing, and processing events associated with the distributed system or network, and e) building the application program from the programming language classes, database definition files, script files, and the reusable asset framework.
    • 提供开发用于管理分布式系统或网络的应用程序的方法。 在一个实施例中,该方法包括:a)以资源定义语言定义被管理对象并将定义存储在资源定义语言文件中,b)解析资源定义语言文件以确保符合资源定义语言并创建中间表示 分布式系统,c)处理中间表示形成编程语言类,数据库定义文件和脚本文件,d)开发可重用的资产中心框架,以促进应用程序的开发,可重用资产中心包括事件管理框架, 提供用于定义,路由和处理与分布式系统或网络相关联的事件的事件处理模型,以及e)从编程语言类,数据库定义文件,脚本文件和可重用资产框架构建应用程序。
    • 7. 发明申请
    • Managed object framework for network management application development
    • 用于网络管理应用程序开发的托管对象框架
    • US20060070082A1
    • 2006-03-30
    • US10868327
    • 2004-06-15
    • Manjula SridharEdward BrunellMartin HalkyardShankar KrishnamoorthyXiangyang ShenDong Zhao
    • Manjula SridharEdward BrunellMartin HalkyardShankar KrishnamoorthyXiangyang ShenDong Zhao
    • G06F9/46
    • G06F8/41G06F8/427G06F8/52
    • Methods of developing an application program to manage a distributed system or network are provided. In one embodiment, the method includes: a) defining managed objects in a resource definition language and storing the definition in resource definition language files, b) parsing the resource definition language files to ensure conformity with the resource definition language and creating an intermediate representation of the distributed system, c) processing the intermediate representation to form programming language classes, database definition files, and script files, d) developing a reusable asset center framework to facilitate development of the application program, the reusable asset center including a managed object framework that provides management functionality to the application programs to support requests communicated to the distributed system from a network management station to manage the managed objects, and e) building the application program from the programming language classes, database definition files, script files, and the reusable asset framework.
    • 提供开发用于管理分布式系统或网络的应用程序的方法。 在一个实施例中,该方法包括:a)以资源定义语言定义被管理对象并将定义存储在资源定义语言文件中,b)解析资源定义语言文件以确保符合资源定义语言并创建中间表示 分布式系统,c)处理中间表示形成编程语言类,数据库定义文件和脚本文件,d)开发可重用的资产中心框架,以促进应用程序的开发,可重用的资产中心包括管理对象框架, 向应用程序提供管理功能,以支持从网络管理站传送到分布式系统的请求以管理被管理对象,以及e)从编程语言类,数据库定义文件,脚本文件和可重用资产构建应用程序 框架。
    • 10. 发明授权
    • Method and apparatus for the analysis and optimization of variability in nanometer technologies
    • 用于分析和优化纳米技术变异性的方法和装置
    • US07092838B1
    • 2006-08-15
    • US10860812
    • 2004-06-04
    • Prasanna Venkat SrinivasAtul SrinivasanShankar Krishnamoorthy
    • Prasanna Venkat SrinivasAtul SrinivasanShankar Krishnamoorthy
    • H01L23/48
    • G06F17/5045
    • A method and apparatus are presented that can analyze the performance of an integrated circuit design at multiple corners, under multiple modes, and for multiple objectives efficiently and simultaneously. The extraction, timing analysis, and optimization functions are integrated into a mechanism that provides a novel problem formulation. A plurality of virtual timing graphs are maintained and updated simultaneously by providing a data structure that can efficiently store operating data for an arbitrary number of conditions at each node. This data structure is populated according to the design, and as optimizations are made, the operating data for all design conditions is updated simultaneously. Timing violations can be reported across all corners and modes. By integrating this multi-corner multi-mode analysis with circuit optimization, a convergent mechanism is provided. In this way, design constraints are evaluated simultaneously for an arbitrary number of design conditions.
    • 提出了一种方法和装置,其可以在多个角落,多种模式下分析集成电路设计的性能,并且有效和同时地分析多个目标。 提取,时序分析和优化功能被集成到一个提供新颖的问题公式的机制中。 通过提供可以有效地存储每个节点上任意数量的条件的操作数据的数据结构来同时维护和更新多个虚拟定时图。 该数据结构根据设计进行填充,并且随着优化,所有设计条件的操作数据被同时更新。 可以在所有角落和模式中报告违规违规。 通过将多角度多模式分析与电路优化相结合,提供了一种收敛机制。 以这种方式,对任意数量的设计条件同时评估设计约束。