一些它的功能包括一个强大的调度引擎，弹出式提醒，并以待办事项清单。
Some of it's features include a powerful scheduling engine, pop-up reminders, and a to-do list.
将这个全局变量保存到测试引擎的数据区域，这样允许不同的测试和不同调度的用户组进行访问。
Stores the global variable in the data area for the test engine, which allows access from different tests and different schedule user groups.
这个组件使用声明性编程来内嵌业务逻辑、调用工作流引擎、调度器和业务规则引擎。
The components use declarative programming to embed business logic and call workflow engines, schedulers, and business rules engines.
为从深层网络提取有意义的数据，搜索引擎必须分析用户的搜索词，找出如何最佳负责安排这些查询调度给特定的数据库。
To extract meaningful data from the Deep Web, search engines have to analyze users' search terms and figure out how to broker those queries to particular databases.
这为成员搜索引擎的调度和搜索结果的整合与排名提供了依据。
This user model provides the foundation of component search engine scheduling and results merging.
在系统设计中，提出了基于用户喜好的成员搜索引擎的调度策略，能够提高系统的性能和易用性。
In system design, put forward on the basis of member dispatcher tactics of search engine that user fond of, can improve systematic performance and easy using.
另外，负载指数调度算法实现简单，尽可能地减少了引擎负担。
In addition, the load Index Scheduling has simple realization, lessening the engine load as possible.
在分析了工作流、业务对象等基本概念和特征之后，针对过程中活动间的数据流，提出了工作流引擎和数据流的调度算法。
Based on the analysis of the basic concepts and features of workflow and business object, etc., scheduling algorithms for workflow engine and data flow of inter-activity were proposed.
调度平台用PDPEL对各类型节点和连接弧的形式化描述，以便工作流引擎进行项目调度。
The scheduling platform describes all the nodes and connections by PDPEL, so that the workflow engine can schedule the activities.
通过分析仿真引擎的系统体系结构，将仿真引擎视为一个特殊的邦元，并对其三个组成部分：仿真调度器、仿真控制器以及数据记录器进行分析、设计与实现。
By analyzing the architecture of simulation Engine, it was viewed as a special federate and composed of the three components: simulation scheduler, simulation controller and data recorder.
本文对实时垂直搜索引擎的抓取任务调度相关技术进行了详细的总结和研究。
This paper addresses the problems of crawl-task schedule, and does specific summarization and research in the related areas.
然后集中阐述了工作流元模型和工作流过程定义语言XPDL，重点分析了工作流引擎的理论和核心调度机制。
Then the paper gives the details of XPDL and workflow meta-model, and analysis the core mechanism of workflow engine.
通用引擎的特点是让引擎内核专注于流程的调度，IOC容器专注服务的装配，从而保证了引擎具有较强的通用性。
Universal engine's feature is making the engine core be absorbed in process scheduling, the IOC container be absorbed in service assemblage, so the engine can have a stronger universality.
重点研究了该引擎的组合流程执行机制，并给出了引擎调度算法。
Also, the invocation mechanism of the execution engine and its scheduling algorithm was provided.
重点研究了该引擎的组合流程执行机制，并给出了引擎调度算法。
Also, the invocation mechanism of the execution engine and its scheduling algorithm was provided.
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