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    • 71. 发明申请
    • Automated management of software images for efficient resource node building within a grid environment
    • 软件图像的自动管理,可在网格环境中高效的资源节点建立
    • US20060149714A1
    • 2006-07-06
    • US11031543
    • 2005-01-06
    • Craig FellensteinRick HamiltonJoshy JosephJames Seaman
    • Craig FellensteinRick HamiltonJoshy JosephJames Seaman
    • G06F15/16
    • G06F8/63Y10S707/99933
    • A method, system, and program for automated management of software images for efficient resource node building within a grid environment are provided. A grid service detects a current software environment for a grid job within a grid environment, wherein the grid environment includes multiple grid resources. The grid service searches a catalog of multiple software images to determine whether an image for the current software environment matches any software images in the catalog. In particular, each of the software images includes an index into at least one installation image. Further, storage of the software images is structured in the catalog for automated efficient access to each software image by multiple resource nodes within the grid environment. If the grid service does not locate a software image for the current software environment in the catalog, the grid service captures at least one installation image for the current software environment for storage in the catalog as an additional software image.
    • 提供了一种用于自动管理软件映像的方法,系统和程序,用于在网格环境内高效的资源节点建立。 网格服务检测网格环境中的网格作业的当前软件环境,其中网格环境包括多个网格资源。 网格服务搜索多个软件映像的目录,以确定当前软件环境的映像与目录中的任何软件映像是否匹配。 特别地,每个软件图像包括至少一个安装图像的索引。 此外,软件图像的存储被构造在目录中,用于通过网格环境内的多个资源节点自动高效地访问每个软件图像。 如果网格服务未找到目录中当前软件环境的软件映像,则网格服务将捕获当前软件环境的至少一个安装映像,以作为附加软件映像存储在目录中。
    • 72. 发明申请
    • Grid non-deterministic job scheduling
    • 网格非确定性作业调度
    • US20050262506A1
    • 2005-11-24
    • US10850387
    • 2004-05-20
    • Christopher DawsonCraig FellensteinRick HamiltonJoshy Joseph
    • Christopher DawsonCraig FellensteinRick HamiltonJoshy Joseph
    • G06F9/46
    • G06F9/5072G06F9/5027
    • The present invention is method for scheduling jobs in a grid computing environment without having to monitor the state of the resource on the gird comprising a Global Scheduling Program (GSP) and a Local Scheduling Program (LSP). The GSP receives jobs submitted to the grid and distributes the job to the closest resource. The resource then runs the LSP to determine if the resource can execute the job under the conditions specified in the job. The LSP either rejects or accepts the job based on the current state of the resource properties and informs the GSP of the acceptance or rejection. If the job is rejected, the GSP randomly selects another resource to send the job to using a resource table. The resource table contains the state-independent properties of every resource on the grid.
    • 本发明是一种用于在网格计算环境中调度作业的方法,而不必监视包括全局调度程序(GSP)和本地调度程序(LSP)在内的资源的状态。 GSP接收提交到网格的作业并将作业分发到最接近的资源。 资源然后运行LSP以确定资源是否可以在作业中指定的条件下执行作业。 LSP根据资源属性的当前状态拒绝或接受该作业,并通知GSP接受或拒绝。 如果作业被拒绝,GSP将随机选择另一个资源将作业发送到使用资源表。 资源表包含网格上每个资源的与状态无关的属性。
    • 74. 发明申请
    • Maintaining application operations within a suboptimal grid environment
    • 在非最佳网格环境中维护应用程序操作
    • US20050155033A1
    • 2005-07-14
    • US10757282
    • 2004-01-14
    • Vincent LuoffoCraig FellensteinRick HamiltonJoshy Joseph
    • Vincent LuoffoCraig FellensteinRick HamiltonJoshy Joseph
    • G06F9/50G06F9/46
    • G06F9/5088
    • A method, system, and program for maintaining application operations within a suboptimal grid environment are provided. An application profile expresses the operational requirements of an application across multiple heterogeneous resource platforms and expresses the priority of modular breakdown of an application so that usage of resources by the application can be adjusted when suboptimal conditions are detected for the application. The application is submitted to at least one resource node from among multiple resource nodes within a grid environment. Then, a service availability management agent monitors a performance status of the at least one resource node. The service availability management agent compares the performance status with an operational requirement specified for the platform of the at least one resource node in the application profile. If the performance status does not meet the operational requirement, then the service availability management agent adjusts the use by the application the resource nodes according to the application profile, such that the application continues to operate when suboptimal conditions arise in a grid environment.
    • 提供了用于在次优栅格环境内维护应用程序操作的方法,系统和程序。 应用程序配置文件表达跨多个异构资源平台的应用程序的操作需求,并表示应用程序的模块化故障的优先级,以便在针对应用程序检测到次优条件时可以调整应用程序的资源使用情况。 应用程序从网格环境中的多个资源节点中提交给至少一个资源节点。 然后,服务可用性管理代理监视至少一个资源节点的性能状态。 服务可用性管理代理将性能状态与为应用配置文件中的至少一个资源节点的平台指定的操作需求进行比较。 如果性能状态不符合运营要求,则业务可用性管理代理根据应用简档调整应用资源节点的使用情况,使得在网格环境中出现次优条件时,应用继续运行。
    • 75. 发明申请
    • Method and apparatus for selecting a service binding protocol in a service-oriented architecture
    • 在面向服务架构中选择服务绑定协议的方法和装置
    • US20050080873A1
    • 2005-04-14
    • US10684869
    • 2003-10-14
    • Joshy Joseph
    • Joshy Joseph
    • G06F15/16H04L29/00H04L29/06H04L29/08
    • H04L67/16H04L67/02H04L67/42H04L69/22H04L69/24H04L69/329
    • A method and apparatus for invoking a service in a service-oriented architecture in which a client invokes such service from a service provider using a selected transport binding. A service binding for a service invocation from the service provider is first negotiated in a negotiation process using a first transport binding. The service invocation is then handled using the service binding negotiated in the negotiation process. A client may first determine whether a server is capable of negotiating a service binding. If the server is capable of negotiating a service binding, the client negotiates a service binding with the server. Otherwise, a service binding is selected on the basis on diagnostic information available to the client without negotiating with the server. Separate service bindings may be negotiated for each of several portions of a communication path, either by the client and service provider or by intermediaries along the communication path.
    • 一种用于在面向服务的架构中调用服务的方法和装置,其中客户端使用所选择的传输绑定从服务提供商调用此类服务​​。 首先在协商过程中使用第一传输绑定来协商来自服务提供商的服务调用的服务绑定。 然后使用在协商过程中协商的服务绑定来处理服务调用。 客户端可以首先确定服务器是否能够协商服务绑定。 如果服务器能够协商服务绑定,则客户端将协商与服务器绑定的服务。 否则,根据客户端可用的诊断信息,选择服务绑定,而无需与服务器协商。 可以由客户端和服务提供商或沿着通信路径的中间件为通信路径的几个部分中的每一个协商单独的服务绑定。
    • 77. 发明申请
    • Method and apparatus for generating service oriented state data and meta-data using meta information modeling
    • 使用元信息建模生成面向服务的状态数据和元数据的方法和装置
    • US20050050141A1
    • 2005-03-03
    • US10652753
    • 2003-08-28
    • Lianjun AnJoshy JosephThomas Maguire
    • Lianjun AnJoshy JosephThomas Maguire
    • G06F15/16H04L29/08
    • H04L67/02H04L67/142Y10S707/99931Y10S707/99943Y10S707/99945
    • A method and apparatus for generating service state data and extensible meta-data information with a service oriented state data generator (SSDG) comprising: establishing a platform independent, extensible meta-data model for the meta-data information; obtaining state data schema based on a service state data description; defining an extensible set of meta-data attributes and templates corresponding to the meta data based on requirements of a service; and utilizing the meta-data model and based on the state data schema and the attributes, generating service state data based on the service state data schema; and The service state data including at least one of: state data, state data logical mapping, state data physical mapping, meta-data associated with the service state data and meta-data model correlations associated with the meta-data.
    • 一种用于利用面向服务的状态数据发生器(SSDG)生成服务状态数据和可扩展元数据信息的方法和装置,包括:为所述元数据信息建立与平台无关的可扩展元数据模型; 基于服务状态数据描述获取状态数据模式; 基于服务的要求定义与所述元数据相对应的可扩展的元数据属性和模板集合; 并利用元数据模型并基于状态数据模式和属性,基于服务状态数据模式生成服务状态数据; 并且所述服务状态数据包括状态数据,状态数据逻辑映射,状态数据物理映射,与所述服务状态数据相关联的元数据以及与所述元数据相关联的元数据模型相关性中的至少一个。
    • 78. 发明授权
    • Advanced windows management for a computer system
    • 计算机系统的高级窗口管理
    • US5917483A
    • 1999-06-29
    • US529315
    • 1995-09-18
    • Joseph DuncanRobert GiljumJoshy Joseph
    • Joseph DuncanRobert GiljumJoshy Joseph
    • G06F3/033G06F3/048G06F15/00
    • G06F3/0481
    • An advanced windows management system permits a user to customize views from a plurality of frame windows into a single target window. A view includes display information that corresponds to an underlying program. The user selects views from the frame windows, and the user specifies a target window for placement of the views, including the arrangement of the views, in the target window via a drag and drop operation. In response, the advanced windows management system docks and displays the selected views in the target window. The views may comprise textual, graphical and control information for a plurality of editors or tools used in software development. Through use of the advanced windows management system, a user generates editor windows that include views from tools and editors. Thus, the user is permitted to customize the editor window to include views for editors used on a project.
    • 高级Windows管理系统允许用户将来自多个帧窗口的视图自定义为单个目标窗口。 视图包括对应于底层程序的显示信息。 用户从帧窗口中选择视图,并且用户通过拖放操作指定用于将视图放置(包括视图的布置)的目标窗口放置在目标窗口中。 作为响应,高级窗口管理系统在目标窗口中停靠并显示所选视图。 视图可以包括用于软件开发中的多个编辑器或工具的文本,图形和控制信息。 通过使用高级Windows管理系统,用户可以生成编辑器窗口,其中包括工具和编辑器的视图。 因此,允许用户自定义编辑器窗口,以包括用于项目的编辑器的视图。