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    This article mainly introduces a design of cost-effective and high performance hardware circuit which adopts the JUPITER 32-BIT EISC high performance double ethernet microcontroller designed by Advanced Digital Chips Inc(ADC)assisted with the LXT971A Physical layer entity(PHY).
    介绍基于韩国ADC公司的JUPITER32位EISC高效双以太网处理器,并辅以LXT971A为以太网物理层接口的低功耗、高速硬件电路的设计;
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    2.Aimming at the complexity and heterogeneity of the network,the abstractnetwork entity (ANE) is presented and defined in details.
    针对网络的异构性和复杂性,提出了抽象网络实体ANE的概念,并进行了定义;
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Mobile intelligent agent entity model towards QoS guarantee
      
Aspect is the first class entity as Component and Connector in ABC/ADL.
      
The heterogeneity of the Fungi kingdom is emphasized, the existence of Oomycota as a separate entity is supported, and the theory of the primitive nature of fungal cells is criticized from the viewpoint of biochemical adaptation.
      
The concept of a morphophysiological genus continues to play the key role in general microbiology, serving as an operational entity of the science.
      
The observations of a laboratory culture of filamentous cyanobacteria revealed a complex of behavioral responses of their community, which maintain their activity as an integrated entity.
      
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After analysing the common developing trends in functions of the naming structrue and directory services of non-OSI and OSI networks, the author introduced theconcept of overall naming tree in OSI, put forward a new idea of adding a OSI likestructual naming level to combine the naming space of non-OSI and OSI, and to realize theintegrated overall object recognition schema. The author also studied the addressing modeof interconnected networks, compared their characteristics and pointed out a new ad-dressing mode-proxy,...

After analysing the common developing trends in functions of the naming structrue and directory services of non-OSI and OSI networks, the author introduced theconcept of overall naming tree in OSI, put forward a new idea of adding a OSI likestructual naming level to combine the naming space of non-OSI and OSI, and to realize theintegrated overall object recognition schema. The author also studied the addressing modeof interconnected networks, compared their characteristics and pointed out a new ad-dressing mode-proxy, a mode that distributes a part of local address space to communica-tion entities.

本文在分析了非OSI网络与OSI网络命名结构及字典服务(directoryservice)功能方面共同发展趋势之后,引入了OSI全局命名树的概念,提出了在非OSI网络顶部增加一个类OSI结构化命名层次,从而合并了非OSI与OSI的命名空间,实现了互连网络全局统一的目标识别模式,接着对互连网络中的寻址方式进行了研究。

As a new kind of interprocess communication mechanism in distributedcomputer systems and computer networks, RPC(Remote Procedure Call) is very popular indistributed application design because of its simplicity and transparency. However, most ofexisting RPC systems have some defects on parallelism and reliability and transparency andcan only support point-to-point and (or) broadcast communication. We try to bring theprocess group concept into RPC systems, present a new kind of communicationcooperation mechanism...

As a new kind of interprocess communication mechanism in distributedcomputer systems and computer networks, RPC(Remote Procedure Call) is very popular indistributed application design because of its simplicity and transparency. However, most ofexisting RPC systems have some defects on parallelism and reliability and transparency andcan only support point-to-point and (or) broadcast communication. We try to bring theprocess group concept into RPC systems, present a new kind of communicationcooperation mechanism supporting the cooperation among distributed entities in distrib-uted systems. We call it GRPC (Group Remote Procedure Call) mechanism. The result hasshown that GRPC mechanism can not only improve the parallelism, reliability and trans-parency of RPC systems but also enable RPC systems to support group communication.

远程过程调用RPC机制是分布系统和计算机网络中进程间通信的新型机制,在分布应用设计中得到了广泛应用。但是,现有的RPC系统在并行性、可靠性和透明性等方面都有或多或少的缺陷。为此,我们将进程级概念引入到RPC系统中,提出了支持分布系统分布实体间相互协作的新型通信合作机制——成组远程过程调用GRPC制。实践证明,GRPC机制不仅可以改善RPC系统的并行性、可靠性和透明性,而且可以使得RPC系统支持组通信。

MHS (Message Handling System) is a new communication service, which is developed on the basis of the computer network. It is used to exchange many kinds of messages, and can also be used as a backbone for other communi- cation services, such as EDI (Electronic Data Interchange). The CCITT has for- mulated the standardization of MHS, which finally results in the X. 400 series of recommendations (84 and 88 versions), and the ISO was defined a series of stand- ards for Message Oriented Text Interchange Systems...

MHS (Message Handling System) is a new communication service, which is developed on the basis of the computer network. It is used to exchange many kinds of messages, and can also be used as a backbone for other communi- cation services, such as EDI (Electronic Data Interchange). The CCITT has for- mulated the standardization of MHS, which finally results in the X. 400 series of recommendations (84 and 88 versions), and the ISO was defined a series of stand- ards for Message Oriented Text Interchange Systems (MOTIS). The MS (Message Store) is an additional functional entity in MHS for X. 400 series of recommenda- tions (88 version). This article introduces the author's primary work on MS (in- cluding MS local functions and the MS access protocol P_7) in anticipating the MHS project for the realization of X. 400 series of recommendations (88 version), and offers a method to implement the MS system on the basis of ISO Development Environment-ISODE 7.0 in the SUN-UNIX system.

文电作业系统(MHS)是一种基于计算机网络的新型通信业务.它可用于交换多种类型的信息,同时,还可以作为其它诸如电子数据交换(EDI)等业务的通信支撑.CCITT为MHS制定了X.400系列建议(1984年和1988年版),1SO也制定了相应的MOTIS标准.文电存贮器(MS)是X.40O系列建议(1988年版)追加的MHS的可选功能单元.本文介绍了作者参与实现X.400系列建议(1988年版)MHS课题中的文电存贮器实现(包括文电存贮器本地功能和其访问协议P_7)的工作,提出了一种在SUNUNIX系统中基于ISO开发环境(ISODE 7.0版)的实现文电存贮器的方法.

 
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