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    • 6. 发明授权
    • Computer program and method for supporting implementation of services on multiple-server system
    • 支持多服务器系统服务实现的计算机程序和方法
    • US07539996B2
    • 2009-05-26
    • US11386948
    • 2006-03-23
    • Yoshihide NomuraTsuyoshi Kanai
    • Yoshihide NomuraTsuyoshi Kanai
    • G06F13/00
    • G06F9/5038H04L67/10
    • A computer-readable medium storing a program that can produce execution flows of business-specific services automatically from a given business process model so as to deploy them on a plurality of servers. When a business process model is given, a service interface selector determines which service interface should be used to implement interactions between swimlanes of the business process model. An execution flow generator then creates an execution flow of each individual service defined by the corresponding swimlane and places functional elements of each swimlane in the corresponding execution flow, as well as adding input and output interfaces between different swimlanes according to the service interface chosen by the service interface selector. A service deployment unit then deploys the created execution flows on their corresponding servers.
    • 存储可以从给定的业务流程模型自动产生业务特定服务的执行流程以便将它们部署在多个服务器上的程序的计算机可读介质。 当给出业务流程模型时,服务接口选择器确定应该使用哪个服务接口来实现业务流程模型的泳道之间的交互。 执行流生成器然后创建由相应泳道定义的每个单独服务的执行流程,并将每个泳道的功能元素放置在相应的执行流程中,以及根据由所述服务接口选择的服务界面在不同泳道之间添加输入和输出接口 服务接口选择器。 然后,服务部署单元在其相应的服务器上部署所创建的执行流。
    • 7. 发明授权
    • System for designing and performing web application
    • 用于设计和执行Web应用程序的系统
    • US08738735B2
    • 2014-05-27
    • US12790214
    • 2010-05-28
    • Takahide MatsutsukaYoshihide Nomura
    • Takahide MatsutsukaYoshihide Nomura
    • G06F13/00
    • G06F8/35G06F17/30893H04L29/06H04L67/02H04L67/14H04L67/306H04L67/34H04L69/329
    • When an application server for performing a Web application is developed, a framework describing each of the modules of data, a logic, and a screen is provided. To attain this, the input contents of a Web page are converted into a data object, the combination of the type of the data object and a command is mapped in each process routine using a first foreign definition file, a process routine to be executed is determined from among prepared process logics based on the type of the data object, the command, and the first foreign definition file, and the combination of an execution result of the process logic and the type of the displaying data object is mapped in the displaying component using a second foreign definition file. These files are provided in the application server.
    • 当开发用于执行Web应用的应用服务器时,提供描述数据,逻辑和屏幕的每个模块的框架。 为了达到此目的,将网页的输入内容转换为数据对象,使用第一外部定义文件在每个处理程序中映射数据对象的类型和命令的组合,执行的处理程序为 根据数据对象的类型,命令和第一外部定义文件从准备的过程逻辑中确定,并且将处理逻辑的执行结果与显示数据对象的类型的组合映射到显示组件 使用第二个外部定义文件。 这些文件在应用程序服务器中提供。
    • 9. 发明授权
    • Business flow distributed processing system and method
    • 业务流分布式处理系统及方法
    • US08583754B2
    • 2013-11-12
    • US13023118
    • 2011-02-08
    • Yoshihide Nomura
    • Yoshihide Nomura
    • G06F15/16
    • G06Q10/06
    • This system has plural process servers each having a unit to generate process instances that a series of transaction events are arranged in a time sequence, and a master server that reads out event data from an event data storage unit, and allocates the event data to any one of the plural process servers. Moreover, the master server inquires the holding state of the process instances to the plural process servers, determines a merge destination of the process instance based on replies to the inquiry, and outputs a merge instruction. Then, the process server that is the merge source sends the event data relating to the merge instruction to the merge destination, and the process server of the merge destination receives the event data to merge the received event data to the process instance relating to the merge instruction.
    • 该系统具有多个处理服务器,每个处理服务器具有生成以时间顺序排列一系列事务事件的处理实例的单元,以及从事件数据存储单元读出事件数据的主服务器,并将事件数据分配给任何 多个进程服务器之一。 此外,主服务器向多个处理服务器查询处理实例的保持状态,基于对查询的回复确定流程实例的合并目的地,并输出合并指令。 然后,作为合并源的进程服务器将与合并指令相关的事件数据发送到合并目的地,并且合并目的地的处理服务器接收事件数据,以将接收的事件数据合并到与合并相关的进程实例 指令。
    • 10. 发明授权
    • Apparatus and method for detecting a relation between fields in a plurality of tables
    • 用于检测多个表中的字段之间的关系的装置和方法
    • US07818351B2
    • 2010-10-19
    • US11591967
    • 2006-11-01
    • Yoshihide NomuraTsuyoshi Kanai
    • Yoshihide NomuraTsuyoshi Kanai
    • G06F17/00
    • G06F17/30495G06F2216/11
    • There is provided a database analysis program, a database analysis apparatus, and a database analysis method capable of detecting a relation between fields in a plurality of tables. The database analysis program allows a computer to execute: a field evaluation step that calculates, for each field of the table, a field score which is a value based on the appearance frequency of each value in the field; a relation generation step that selects tables different from each other as a relation source table and relation destination table from the plurality of tables, selects a relation source field which is a field in the relation source table and a relation destination table which is a field in the relation destination table, and generates a combination of the relation source field and relation destination field as a relation; and a relation evaluation step that calculates, for each relation generated by the relation generation step, a relation score which is a value based on the appearance frequency of each value in the relation destination field counted for each relation source field, field score of the relation source field, and field score of the relation destination field.
    • 提供了能够检测多个表中的字段之间的关系的数据库分析程序,数据库分析装置和数据库分析方法。 数据库分析程序允许计算机执行以下操作:字段评估步骤,针对表的每个字段计算作为基于字段中每个值的出现频率的值的字段得分; 从多个表中选择彼此不同的表作为关系源表和关系目的地表的关系生成步骤,选择作为关系源表中的字段的关系源字段和作为关系源表中的字段的关系目的地表 关系目的地表,并且将关系源字段和关系目的地字段的组合生成为关系; 以及关系评价步骤,对于由关系生成步骤生成的每个关系,根据关于每个关系源字段计数的关系目的地字段中的每个值的出现频度,作为关系得分的关系得分, 源字段和关键目的地字段的字段得分。