route n. 1.路;路线,路程;航线。 2.【军事】出发令,开拔令。 en route 〔法语〕=on route. give the route 下令出发。 on route 在途中。 on the route 在途中。 take one's route 向…行进。 vt. 1.给…规定路线[次序,程序]。 2.由某一路线发送。
message n. 1.通信;口信;问候;祝词;讯,消息,情报,电报,通报;【物理学】信息;【生物学】遗传密码单位〔表明氨基酸合成某种蛋白质时的排列顺序〕。 2.〔美国〕(总统的)咨文。 3.启示;教训,(预言者的)神示;要旨;寓言。 4.(使者接受的)任务,使命。 5.广告词句。 an oral [a verbal] message 口信。 a wireless message 无线电报。 a message to the nation 告国人书。 a congratulatory message 贺电,贺辞,献词。 a message centre 通讯社;收发室。 a New Year message 新年祝贺。 message rate (电话的)计次价目。 State of the Unions M- 〔美国〕国情咨文。 go on [do] a message 出外为人办事。 leave a message 留话。 message of greetings 贺电,贺信;祝词。 send a person on a message 派人出去。 vt. 通知,通告;发信号告知。
There are plenty of issues that a real - world implementation would need to deal with , such as security , proper message routing brokering , delivery models , an so on , all of which are important , but are out of scope for this series 在实际实现当中仍有许多问题需要解决,例如安全性、适当的消息运行(代理程序) 、传输模型等等。它们都很重要,但超出了本系列的范围。
Focus on introducting some basic key concepts of msmq , including its function , network architecture , network components , message types , queue types , message routing . etc . especially , queue manager and queued component are also discussed 包括msmq的基本功能、网络拓扑、网络组件构成、消息类型、队列类型、消息路由和消息存储等。另外还分析了msmq的通讯基础结构和组件队列。
My application needs at least the following elements to be fully functional : proper security including authentication and authorization ; reliable message routing and delivery ; content and resource management ; distributed queries ; and naming 它至少还需要扩展以下几个方面的功能:足够的安全性(包括验证以及授权等机制) 、可靠的消息路由和传送、内容和资源的管理、分布查询以及命名。
The b2b architecture needs to support the definition and implementation of mediation services that include transport rebinding , document and message routing , transformation , and additional data handler functions as needed to support integration requirements B2b体系结构需要支持中介服务的定义和实现,中介服务包括传输重新绑定、文档和消息路由、转换以及支持集成需求所必需的附加数据处理程序功能。
We study the design of routing algorithm . after analyzing the characteristics of message routing in the interconnection network , one new concept " the best network for routing " ( bnr ) is proposed . base on it , we present the framework for designing high performance minimal deadlock - free fully adaptive routing algorithms 基于“最佳寻径网”框架,以低通信延迟、高通信带宽和易vlsi实现为目标,设计了自适应性强、可扩展性好、性能优越的bbfam ( bnr - basedfully - adaptivealgorithmonmesh )完全自适应路由算法。
Therefore , this thesis presents a new asynchronous messaging model based on distributed object , and discusses the basic communication problems in the model , which includes asynchronous invoke , store - forward , object migration , message multicast , etc . base on this model , the thesis also studies some advanced technology problem such as message routing , reliable delivery , performance guarantee , etc , which will be met in constructing complex distributed system 为此,本文提出一种新型的基于分布对象的异步消息模型,并重点论述了该模型所提供的异步调用、存储-转发、对象迁移、消息组播等基本通信问题。基于该模型,本文还研究了构建复杂分布式系统时所面临的消息寻径、消息可靠传递、性能保障等高级技术问题。
Multicast routing is a network - layer function that constructs paths along which data pachets from a source are distributed to reach many , but not all , destinations in a communication network , a fundamental issue in multicast communication is how to determine an efficient message route ( multicast routing ) 网络中的通信由单一的两点间的通信向多点间的通信发展,因此对多播和群播(是多播的一种推广)技术的研究也成为网络通信领域中的一个重要研究课题。多播是一个源节点将同一信息传送到多个目的节点(但不是所有节点)的通信方式。
From what has been done above , this dissertation designs and implements a reliable and stable model of message routing , and the system not only can dispense the secure information fast and safely , but also can adapt to multiple downloading requests of thousands of peers . furthermore , the survivability of the system in the malicious environment has been improved a lot as well 通过以上工作,本文设计并且实现了可靠稳定的消息路由模型,并且在该模型中系统能够快速安全地进行安全信息的主动推送,同时能够适应海量节点的并发下载请求,另外,系统在恶劣环境下的生存能力也大大增强。
A fundamental issue in multicast communication is how to determine an efficient message route ( multicast routing ) . at present , internet only provides best effort services , considering hop times or delay in route selecting . in order to support qos , we should consider other parameters such as band width , delay , delay jitter , loss rate and so on 目前的internet只提供尽力传送服务,在进行路由选择时一般只考虑网络路由的跳数或时延,但为了支持各种qos需求,还应该考虑如带宽、时延抖动、丢失率等参数。