相互通信

• From the communication device ' s point of view , the members of the group are often organized as a static or dynamical group in a distributed open network , distributed anywhere in the globe or just located in a small wireless network , such as a campus wireless lan
  这些组织的成员也即群成员可能分布在世界各地，也可能就在一个校园无线网内，即处在一个开放分布式网络环境中。组织之间也常常需要相互通信。
• The adas is important system receiving information of a moving object from far . as the control center of adas , signal processing hardware equipments is the key part which connecting other parts and making them working in order
  遥测跟踪接收系统是远距离接收动态目标信息的重要支持系统,信号处理的硬件平台作为遥测跟踪接收系统的控制中心,是实现整个遥测跟踪接收系统各组成部分相互通信、协调、有序工作的关键。
• For example , an email portlet could communicate with a collaboration portlet to filter the in - box and display received email only when the sender is online and available for a chat ; this capability not available in either of the original applications
  例如，电子邮件portlet可以与协作portlet相互通信来过滤收件箱，并且只有在发送者联机且可以进行聊天时才显示接收到的电子邮件；这一功能在最初的应用程序中都不具备。
• Describes a set of technologies applied to an application server that allows multiple instances of an application server , usually running on separate machines , to communicate with each other and synchronize data between them to increase performance and improve stability
  描述了一套应用于应用服务器的技术，它允许一个应用程序的多个实例，通常运行在独立的机器上，相互通信，并在彼此间同步数据，从而提升性能和改善稳定性。
• In contrast , the components of an eai system communicate with one another through an integration hub that serves as middleware among eai applications including chain management and resource planning , legacy systems , databases , web services , and non - web services
  相反， eai系统的组件可以通过集成总线相互通信，该集成总线作为中间件存于eai应用程序（包含产品链管理和其他资源规划） 、遗留系统、数据库、 web服务和非基于web服务的应用程序之间。
• This paper presents a possible solution to these problems : a multi - agent based cad graphics information sharing infrastructure , in which three kinds of agents support almost all work instead of peoples , including information gathering , organization , publishing , conflict resolution and so on
  为此本文提出并实现了基于multi ? agent的产品cad图形信息采集与共享框架。该框架主要由客户agent 、管理agent和采集agent组成，通过他们之间的相互通信与合作，实时地、自动有序地完成整个信息共享的采集、组织和发布过程。
• [ abstract ] with the continuous development of computer science , the future application system will be mainly built on the object - oriented , distributed , heterogeneous and autonomous computing environment the system consists of many distributed objects , each of which has specialized functions . objects can communicate and cooperate with others in spite of the differences of networks , protocols , languages and operation systems
  随着计算机科学技术的不断发展，未来的应用系统将主要是建立在面向对象的、分布的、异构的、自治的环境中的多层应用系统，系统主要由一个个分布式对象组成，对象各自具有特定的功能，可以跨越平台，独立于网络协议、编程语言和软硬件平台，实现相互通信，协同工作。
• Based on the theory of software architecture , the hierarchical structure is used for designing the software system because the aocs demands real - time and high reliability . the integrated environment for software cross - development of vxworks is used for simulating the schedule of several multi - tasks , the managing of work mode and the communication among the modules . an approach of software architecture for the attitude and orbit control system of satellite is developed in this paper , which is based on a deep study and analysis of modern software techniques
  本文运用软件体系结构的理论，通过对多种软件体系结构的分析比较，针对卫星姿轨控系统实时、高可靠、复杂等特点，采用层次结构方案进行了体系结构设计，并运用实时操作系统vxworks的集成开发环境，完成了姿轨控系统多任务调度管理、工作模式管理和应用模块间相互通信的仿真实践。
• At present , the overall tendency of software development is constructing object - oriented , network based , distributed and heterogonous application system using distributed component technologies , and dividing the software system into independent components with different functions , which can be platform and programming language independent , and can communicate with each other for collaboration , handwriting - based identification recognition is an important research field of biometric identification , and also an active topic in computer vision and pattern recognition
  目前，软件开发的整体趋势是采用分布式组件技术建立面向对象的、基于网络的、分布的和异构的大规模应用系统，把整个软件系统划分为一个个相互独立的组件，每个组件完成特定的功能，可以跨越多种操作平台，独立于程序设计语言，并且相互通信，协同完成工作。笔迹鉴别是人体生物特征识别中的一个重要研究领域，也是计算机视觉和模式识别领域研究的热点问题。