学科大协作体系结构要求的所有设计。
Great architecture requires collaboration of all design disciplines.
协作体系的动力特性主要包括体系的自振频率和主振型，它是协作体系结构动力分析的基础和前提。
Dynamic characteristics of collaborated system mainly include natural vibration frequency and principal mode, which is the base and precondition of dynamic analysis for collaborated system.
这就允许在生态系统中集成两个或多个企业体系结构进行协作。
This allows the integration of two or more enterprise architectures for collaboration within the ecosystem.
这是流的体系结构集，用于确保无论发生什么故障，事务中的所有资源管理器都能够可靠地协作。
This is an architected set of flows used to ensure all resource managers in a transaction can be reliably coordinated, irrespective of any failure.
交互模式——组件交互模式可帮助解决与体系结构的组件的协作、通信及协调相关的设计问题。
Interaction patterns — component interaction patterns help solve design problems related to collaboration, communication, and coordination of components of the architecture.
为了获得成功的结果，SOA活动需要在各个阶段中协作制定有关IT和体系结构的决策。
For a successful outcome, SOA initiatives need decisions about it and architecture to be made collaboratively at various stages.
复合应用程序是面向服务体系结构(Service Oriented Architecture,SOA)和上下文协作策略中的关键元素。
Composite applications are a key element in a Service Oriented Architecture (SOA) and contextual collaboration strategy.
设计了一种基于协作协进化算法的分层式的智能体体系结构。
A layered architecture is constructed based on cooperative co-evolution algorithm.
本文系统地阐述了多机协作的优点、应用领域、体系结构、功能划分、区域分布、数据传输协议等问题。
The following statements analyzed the strongpoint, application fields, system architecture, function assignment, region distribution and data transport protocols of multi computer cooperation.
多智能车辆协作的体系结构是实现协作的基础，也是集成协作中的决策与控制的框架。
The coordination architecture is not only the basis of the coordination of multiple intelligent vehicles, but also the framework for integrating control and decision-making of the coordination.
研究了基于ASP模式的协同设计，描述了人员协作方式和系统功能，提出了基于ASP模型的协同设计的体系结构。
We study collaborative design. We describe the way people work with it and function of system and propose the architecture of collaborative design based on ASP.
本论文以多移动机器人协作解决追捕—逃逸问题为背景，对多机器人协作问题中的系统体系结构、任务层的协作与协调、行为层的规划等几个方面进行了研究。
In the thesis, the problems such as system architecture, the cooperation and coordination in task layer, the way of planning in behavior layer are discussed based on the 'pursuit-evasion 'game.
设计了快速制造网络化服务系统的功能，构建了服务系统的体系结构，并对其中的关键技术资源优化组合与协作作业规划进行了详细的描述。
The function of rapid manufacturing service system is designed and the architecture is proposed. The key technology, resources optimization and collaborative scheduling, is described in detail.
跨数据生命周期利用数据模型价值，以促进跨生命周期、跨角色和跨组织的协作，以及协调流程服务、应用和数据体系结构。
Leverage data model value across the data lifecycle to promote cross-lifecycle, cross-role and cross-organization collaboration and to align process service, application, and data architecture.
跨数据生命周期利用数据模型价值，以促进跨生命周期、跨角色和跨组织的协作，以及协调流程服务、应用和数据体系结构。
Leverage data model value across the data lifecycle to promote cross-lifecycle, cross-role and cross-organization collaboration and to align process service, application, and data architecture.
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