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    • 1. 发明授权
    • Method and system for enabling dynamic cache structures in a networked environment
    • 在网络环境中启用动态缓存结构的方法和系统
    • US06256632B1
    • 2001-07-03
    • US09027118
    • 1998-02-17
    • Michael L. FraenkelBinh Q. NguyenSandeep Kishan Singhal
    • Michael L. FraenkelBinh Q. NguyenSandeep Kishan Singhal
    • G06F900
    • G06F17/30902Y10S707/99933
    • Methods, systems and computer program products are provided for managing shared data elements among a plurality of different client processes in a network environment. Shared data elements are associated with a Flow. A Flow is a logical stream of data that is only transmitted to a client process that explicitly subscribes for updates from the Flow. Update requests for the shared data elements are transmitted from client processes along the Flow so as to request the receipt of update notifications along the Flow. Update notifications are also transmitted about the shared data elements to the client processes along the Flow which have requested update notifications. Content of the shared data elements is, thereby, delivered to applications executing within said at least one client process which have requested updates of the shared data elements.
    • 提供方法,系统和计算机程序产品用于在网络环境中的多个不同客户端进程之间管理共享数据元素。 共享数据元素与流相关联。 流是一种逻辑的数据流,仅传输到客户端进程,该客户端进程明确地预订来自Flow的更新。 从Flow的客户端进程发送对共享数据元素的更新请求,以便请求沿着Flow接收更新通知。 还将关于共享数据元素的更新通知发送到已经请求更新通知的Flow的客户端进程。 因此,共享数据元素的内容被递送到在已请求更新共享数据元素的所述至少一个客户端进程内执行的应用程序。
    • 5. 发明授权
    • Visual programming from a tree structure
    • 从树结构的视觉编程
    • US06836878B1
    • 2004-12-28
    • US08657510
    • 1996-06-04
    • Gennaro A. CuomoBinh Q. NguyenRichard J. Redpath
    • Gennaro A. CuomoBinh Q. NguyenRichard J. Redpath
    • G06F944
    • G06F8/34
    • A technique for permitting a developer to be presented with a visual programming environment which includes different representations of a class library from which a developer may select classes for inclusion in an application under development. The environment includes a class window, a composition editor window, and a methods window. To permit greater understanding of the class library that the developer is working with, the class library can be presented in the class window in a class tree format, in a class list format, or in a graphical format which includes graphical representations of the classes. The developer may select a class for inclusion in the application under development from any of the three formats. The methods window is provided for displaying the methods (code) for a selected class. The methods of a class may be modified or new methods added via the methods window after the class has been added to the application under development. The composition editor window provides a graphical view of, for example, a graphical interface under development for the application, and dynamically displays to the developer at least the graphical portion of the application as it is being developed. Descriptions of added classes which do not have the visual representations may also be included in the composition editor window as they are added to the application.
    • 一种用于允许开发人员呈现可视化编程环境的技术,该可视化编程环境包括类库的不同表示,开发者可以从其中选择类以包含在正在开发的应用中。 环境包括一个类窗口,一个组合编辑器窗口和一个方法窗口。 为了更好地理解开发人员正在使用的类库,类库可以以类树形式,类列表格式或包含类的图形表示的图形格式呈现在类窗口中。 开发人员可以从三种格式中的任何一种中选择一个包含在正在开发的应用程序中的类。 提供了方法窗口,用于显示所选类的方法(代码)。 在类被添加到正在开发的应用程序之后,可以修改类的方法或通过方法窗口添加新方法。 组合编辑器窗口提供了例如正在开发的用于应用的图形界面的图形视图,并且至少在应用程序的图形部分正在开发时向开发者动态显示。 在添加到应用程序中时,不具有视觉表示的添加类的描述也可以被包括在组合编辑器窗口中。
    • 6. 发明授权
    • Systems, methods and computer program products for linking transactions by multiple web site servers to web site visitors
    • 用于将多个网站服务器的交易链接到网站访问者的系统,方法和计算机程序产品
    • US06535916B1
    • 2003-03-18
    • US09428930
    • 1999-10-28
    • Binh Q. Nguyen
    • Binh Q. Nguyen
    • G06F15173
    • G06Q30/02
    • Systems, methods and computer program products are provided for linking a plurality of transactions performed by a plurality of servers at a Web site to a Web site visitor who initiates or is associated with the transactions. A Web server receiving a client request from a Web site visitor stores a record of the client request in a log file and attaches a unique record identification (RID) to the record if further processing is required. The Web server passes the unique RID to an Application server at the Web site along with the client request. The Application server stores a record of the Application server request in a log file associated with the Application server and attaches the RID to the record. The Application server passes the unique RID to a back-end server along with a request for the back-end server to perform an action. The back-end server stores a record of the Application server request in a log file associated with the back-end server and attaches the RID to the record.
    • 提供系统,方法和计算机程序产品,用于将由网站上的多个服务器执行的多个事务链接到发起或与事务相关联的网站访问者。 从网站访问者接收客户端请求的Web服务器将客户端请求的记录存储在日志文件中,并且如果需要进一步的处理,则将独特的记录标识(RID)附加到记录。 Web服务器将唯一的RID传递到网站上的应用程序服务器以及客户端请求。 应用程序服务器将应用程序服务器请求的记录存储在与应用程序服务器关联的日志文件中,并将RID附加到记录。 应用程序服务器将唯一的RID传递给后端服务器以及对后端服务器执行操作的请求。 后端服务器将应用程序服务器请求的记录存储在与后端服务器相关联的日志文件中,并将RID附加到记录。
    • 9. 发明申请
    • Technique to Deflect Incident Ticket Submission in Real-Time
    • 实时突发事件票提交技术
    • US20080228504A1
    • 2008-09-18
    • US11685274
    • 2007-03-13
    • Binh Q. NguyenGregg RobertshawKurtis F. Martin
    • Binh Q. NguyenGregg RobertshawKurtis F. Martin
    • G06Q10/00
    • G06Q30/02
    • A method, system and computer-usable medium are disclosed for reducing the amount of human interaction involved in the resolution of incident tickets. A user interacts with a self-service portal to generate an incident ticket to resolve an issue. The generated incident ticket is routed by the self-service portal to an incident ticket management system for processing. The incident ticket management system accepts the incident ticket and in turn routes it to an incident ticket deflection system (ITDS). The ITDS analyzes the resolution state of the issue and generates relevant search queries that are submitted to an issue resolution knowledgebase. The results of the search queries are then returned to the ITDS, which compares them to captured interactions of the user with the self-service portal. Irrelevant query results or those that match the captured user interactions are disregarded. The remaining query results are used by the ITDS to generate remedial actions for the user to perform. If the remedial actions do not resolve the user's issue, then the incident ticket is escalated to a helpdesk operator. When received by the helpdesk operator, the incident ticket is populated with the captured user interactions with the self-service portal, the recommended remedial actions for the user to perform, and the current resolution status of the user's issue. The helpdesk operator then uses the information contained in the escalated incident ticket to facilitate the resolution of the user's issue.
    • 公开了一种方法,系统和计算机可用的介质,用于减少事件票据解决中所涉及的人际交互的数量。 用户与自助服务门户进行交互以生成事件故障单以解决问题。 生成的事件票据由自助服务门户路由到事件票据管理系统进行处理。 事故票管理系统接受事故票,反过来将其发送到事故票偏转系统(ITDS)。 ITDS分析问题的解决状态,并生成提交到问题解决知识库的相关搜索查询。 然后将搜索查询的结果返回给ITDS,将其与用户与自助服务门户的捕获交互进行比较。 不相关的查询结果或与捕获的用户交互匹配的查询结果将被忽略。 ITDS使用剩余的查询结果来为用户执行补救措施。 如果补救措施不能解决用户的问题,则将事故单升级到帮助台操作员。 当由帮助台操作员接收时,事件票据将与捕获的用户与自助门户的交互,用户执行的建议的补救措施以及用户问题的当前解决状态填充。 然后,帮助台操作员使用升级的事件故障单中包含的信息便于解决用户的问题。