在开放系统互连模型中两个相邻层间的边界。
我们将使用一个相似的贷款处理申请来建立一个由互连系统组成的系统的模型。
We'll use our familiar loan processing application to model a system of interconnected systems.
在开放系统互连osi模型中，路由是网络层(第三层)的功能。
Routing is a function associated with the network layer (layer 3) in the standard model of network programming, the Open Systems Interconnection (OSI) model.
该模型能够解决异构网格监测系统之间的互连问题，并有效地对高性能分布式计算环境进行智能监测。
The model addresses the interoperable issues among heterogeneous grid monitoring systems and efficiently monitoring resources in high-performance distributed computing environments.
像ISDN和dsl,HSSI运营网络的物理层，使用标准的开放系统互连(osi)模型。
Like ISDN and DSL, HSSI operates at the physical layer of a network, using the standard Open Systems Interconnection (OSI) model.
应用进程与开放系统互连(osi)模型相关的各个方面。
在开放系统互连(osi)参考模型的通信，媒体访问管理执行的媒体访问控制(mac)子层的链路层的。
In the Open Systems Interconnection (OSI) communication reference model, media access management is performed by the media access Control (MAC) sublayer of the Data-Link layer.
在OSI(开放系统互连)是一个标准的描述或“参考模型”如何讯息应转交之间的任何两点在一个通信网络。
OSI (Open Systems Interconnection) is a standard description or "reference model" for how messages should be transmitted between any two points in a telecommunication network.
TCP完成开放系统互连（OSI）模型中传输层，即第四层的功能。
TCP P functions at the Open Systems Interconnection(OSI)transport layer, or Layer 4.
信息处理系统（MHS）位于开放系统互连（OSI）基本参考模型的最高层。
Message Handling System(MHS) is in the highest lay-er of the Basic Reference Model of OSI.
本文详细地讨论了考虑通孔自热的金属互连系统温度分布解析模型以及热点在通孔内形成的临界条件。
This paper presents an analytical thermal model considering via self-heating for estimating the temperature of metal wires and vias and the critical condition for hot spot formation within the vias.
本文详细地讨论了考虑通孔自热的金属互连系统温度分布解析模型以及热点在通孔内形成的临界条件。
This paper presents an analytical thermal model considering via self-heating for estimating the temperature of metal wires and vias and the critical condition for hot spot formation within the vias.
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