6.1. Introduction

Jürgen Freudenberger
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Abstract

LANs: • Bus or ring topology • Each packet is sent to all terminals. • By evaluation of destination address: Destination terminal reads packet, other terminals ignore it. • No routing function needed; unique addressing scheme is sufficient. LANs interconnected by bridges: • Stupid bridge (promiscuous mode): Copy all packets from on LAN to the other respecting the (possibly different) medium access schemes. • Self-learning bridge: Observe traffic in both LANs, to learn addresses of terminals located on either side. Copy packets only to other LAN, if destination terminal located there or if its location is unknown. Tasks in routing: 1) Gathering information on the network (terminals, switches, and their interconnections). 2) Search a route for a connection or a datagram. 3) Controlling the switching matrix; i.e. execution of the packet forwarding from an incoming line to the correct outgoing line (to the next node towards the packet's destination). Examples: 1) Information about network (graph)
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6.1. 介绍
局域网:•总线或环拓扑•每个数据包发送到所有终端。•目的地址求值:目的终端读取报文,其他终端忽略。•无需路由功能;唯一的寻址方案就足够了。通过网桥连接的局域网:愚蠢网桥(混杂模式):将一个局域网的所有数据包复制到另一个尊重(可能不同的)介质访问方案的局域网。•自学习网桥:观察两个局域网的流量,学习两端终端的地址。如果目的终端位于另一个局域网,或者目的终端的位置未知,则只将数据包复制到另一个局域网。路由的任务:1)收集网络信息(终端、交换机及其互联)。2)为连接或数据报搜索路由。3)控制切换矩阵;即执行数据包从入线转发到正确的出线(到数据包目的地的下一个节点)。示例:1)网络信息(图)
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4.1. Properties of Quasiconvex Polynomial Functions 9.1. Penalty Functions for (Mixed-) Integer Linear Optimization 2.1. Definitions 6.3. Integer Problems with a Convex Polynomial Objective Function 9. On Relations between Parametric Optimization, Solution Concepts and Subadditive Duality for Integer Optimization
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