新的系统执行模型和扩展后的事务使我们能够提出一种支持丰富语义的规则处理算法。
Based on the new system executing model and the extended transaction model, a rule processing algorithm that supports rich rule semantic can be represented.
本文中提出一个支持符合事件、允许多种规则耦合模式的主动关系数据库模型，并给出相应的系统执行模型的描述。
In this paper, we propose a new relation active database model which can support complex event and multiple coupling model, and then give a description of its system execution model.
它还提供一个执行引擎能将过程模型转换成it系统。
IT also has an execution engine that shifts process models to IT systems.
还有助于生成数据迁移映射，以执行依赖性分析，而且还有助于优化目标系统数据模型。
It also helps in generation of data migration maps, to perform dependency analysis and also helps in optimization of target system data model.
基于这一元数据模型，我们现在可以执行查询，返回当前控制着系统的所有用户。
Based on this metadata model, we can now perform a query that would return all of the users that are currently holding systems.
当一个模型打开时就会发生自动迁移：如图2所示，如果这个系统检测到使用了旧版本的概要文件，它将提示您执行迁移。
Automatic migration happens when a model is opened: as shown in Figure 2, if the system detects that an older version of the profile is applied, it will prompt you to perform the migration.
当你使用以模型为中心的开发技术创建了一个系统，你自然想知道这个应用程序的执行顺序。
When you create a system using model-centric development techniques, one of the things you also want to be reasonably sure about is the execution flow of your application.
开发成熟度模型，例如CMMI，它们定义了由软件和系统开发组织执行的过程。
Development maturity models such as CMMI, which define processes that are executed by software and systems development organizations.
有了适当的工具支持，设计人员可以在高层的系统模型上进行执行或模拟，并调试，从而在早期确认并验证系统逻辑。
With appropriate tool support, designers could perform execution or simulation and debugging on high-level system models to validate and verify system logic early on.
人工执行者在当业务流程被建模的时候出现，同时在模型中也会展示系统的其它方面，比如管理与安全等。
Human actors appear when business processes are modeled, and also in models showing other aspects of the system, such as management and security.
这些可执行的uml航路的基准点是已经利用全面的MDD及完全可执行的模型的系统——也就是，MDD的非常先进的形式。
The benchmark for these executable UML pilots was a system already using full-scale MDD with fully executable models — that is, a very advanced form of MDD.
我们早先提到的令人印象深刻的生产力提高源于其模型可以自动地生成全面的可执行的应用程序的系统。
The impressive productivity improvements we mentioned earlier stem from systems whose models can automatically generate a full-scale, executable application.
模型的最后一层描述了执行系统的数据如何在系统间移动时进行转换。
The last layer of models describes how the data in implementation systems is transformed as it moves between systems. They show.
使用实施模型展示你的系统的物理构成，从子系统到可执行程序和数据
Using implementation models to represent your system's physical composition, from subsystems to executables and data
控制系统模型包括控制策略、传感器和执行器模型，本文选用的控制策略为PID调节器。
The control system model consists of control strategy, sensors and actuators sub models. The control strategy is a PID controller.
首先，文中提出MPRS的结构模型和执行模型，在此基础上建立了一个完整的混合式可重构计算系统。
At first, an architecture model and an executing model of MPRS are developed to build a complete computing system as the basic research platform.
根据执行系统回转精确度测试实验，利用谐波分析原理，建立了相应的数学模型。
In this article according to the experiment of executive systems motion accuracy, the corresponding mathematical model is established by harmonic analysis principle.
通过对MES的定位分析和功能模型分解，构建了基于组件技术与DNC网络的制造执行系统。
A manufacturing executive system based on groupware and DNC has been established through analyzing the role of MES and decomposing its function model.
推导并建立了陀螺系统和伺服执行机构的实物仿真模型，使之与角跟踪电路构成闭合控制回路。
Practical simulating models are deduced and built for the gyro system and the performing setting of the servo system to consist a close-control loop with angle-tracing circuit.
本文分析了制造执行系统的功能，提出了制造执行系统的功能模型和数据流程模型，并设计了制造执行系统。
Functions of manufacturing execution system were analyzed. The function model and data flow model of manufacturing execution system were presented. A manufacturing execution system was designed.
此方法更易描述实时应用系统，更易构造TGM的执行模型，其层次化的结构更容易进行研究和软件实现。
By using this method, the real-time systems application can be described easily, the execution model of TGM can be constructed quickly, and its software can be researched and implemented quickly.
还利用BPEL（业务过程执行语言）对服务进行灵活的组装，形成不同的业务工作流，实现动态业务模型，使企业IT系统更加灵活。
Also uses BPEL (Business Process Execution Language) to flexible assernb services, forms diversified business work flow, and achieve dynamic business models, make enterprise IT systems more flexible.
给出了系统划分模型，使用执行时间最少的增益函数启发下一步动作的启发算法。
The heuristic algorithm is the gain of the execution time. The partitioning model is constructed and the result is searched.
工作流引擎是工作流管理系统的核心，是过程模型执行的平台。
Workflow engine is the core of workflow management system and a platform for the implementation of process model.
最后，设计了一个任务管理策略执行系统模型，实现了任务管理服务和控制逻辑的分离。
Finally, the enactment system model of task management policy was designed so as to realize a logical separation between the task management service and the control logic.
讨论了制造执行系统(MES)的产生背景，给出了MES的定义和相关模型。
The background of Manufacturing Execution System (MES) is introduced. The definition and related models of MES are given.
建立了五个自由度偏差的数据模型，并设计出包括CCD自准直仪、CCD接收处理装置、嵌入式计算机和执行机构的自动对接系统。
A mathematical model of five degrees of freedom is established. And an automatic docking system with CCD auto-collimator, CCD signal receiver, embedded computer, and actuating mechanism is designed.
这种执行模型属于我们当前正在研究和实现的主动数据库管理系统的一部分。
The model proposed is being incorporated into a active DBMS, which we are researching and implementing.
以步进电机作为控制系统的执行机构，讨论了无模型控制器的输出与步进电机之间的软件连接问题。
The software connection problem between the output of non-model controller and step motor, is discussed using step motor as the actuator of control system.
以步进电机作为控制系统的执行机构，讨论了无模型控制器的输出与步进电机之间的软件连接问题。
The software connection problem between the output of non-model controller and step motor, is discussed using step motor as the actuator of control system.
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