'Distance vector routing protocol' diaporamas de présentation

Mobile Ad Hoc Networks Routing 8th Week 13.06.-09.06.2007

Mobile Ad Hoc Networks Routing 8th Week 13.06.-09.06.2007. Christian Schindelhauer. Network Layer. Routing Protocol Find communication paths Transport of information along this paths Protocol Classes Proactive: routing tables, continuous updates Reactive: update on demand

971 views • 76 slides

CCNA Guide to Cisco Networking Fundamentals Fourth Edition

CCNA Guide to Cisco Networking Fundamentals Fourth Edition. Chapter 8 Advanced Routing Protocols. Objectives. Describe classful and classless routing protocols Describe and configure RIPv2 Describe and configure EIGRP Describe and configure OSPF Control routing traffic.

816 views • 66 slides

CCNA Guide to Cisco Networking Fundamentals Fourth Edition

CCNA Guide to Cisco Networking Fundamentals Fourth Edition. Chapter 8 Advanced Routing Protocols. Objectives. Describe classful and classless routing protocols Describe and configure RIPv2 Describe and configure EIGRP Describe and configure OSPF Control routing traffic.

664 views • 66 slides

Chapter 4

Chapter 4. Distance Vector Routing Protocols. Distance Vector Routing Protocols. Introduction to Distance Vector Routing Protocols. Introduction to Distance Vector. There are advantages and disadvantages to using any type of routing protocol.

658 views • 65 slides

Network Security

Network Security. Chapter 8. Security in Wireless Ad Hoc Networks. Objectives. Introduction Routing in Multihop Ad Hoc Networks Key Establishment and Authentication Confidentiality and Integrity Loopholes Bluetooth. Additional slide for the previous week.

712 views • 54 slides

Networking and Internetworking Devices

Networking and Internetworking Devices. Repeaters Bridges Routers Gateways Routing Algorithms. Homework. p.641 prob 1-18. Connecting Devices and the OSI Model. Repeater and OSI Model. A Repeater. Function of a Repeater. Bridge and the OSI Model. Bridges.

1.45k views • 54 slides

Dynamic Routing

Dynamic Routing. Overview. Desirable Characteristics of Dynamic Routing. Automatically detect and adapt to topology changes Provide optimal routing Scalability Robustness Simplicity Rapid convergence Some control of routing choices e.g., which links we prefer to use. routing algorithm.

614 views • 42 slides

Dynamic Routing

Dynamic Routing. Overview. Automatically detect and adapt to topology changes Provide optimal routing Scalability Robustness Simplicity Rapid convergence Some control of routing choices e.g., which links we prefer to use. Desirable Characteristics of Dynamic Routing.

418 views • 41 slides

Dynamic Routing

Dynamic Routing. Scalable Infrastructure Workshop, AfNOG2009. Static and Dynamic Routing. Static Routing is a simplistic approach Shortcomings Cumbersome to configure Cannot adapt to addition of new links or nodes Cannot adapt to link or node failures

280 views • 18 slides

SYSTEM ADMINISTRATION Chapter 6

SYSTEM ADMINISTRATION Chapter 6. Networking Protocols. TCP/IP (Transmission Control Protocol/Internet Protocol). TCP/IP is a suite of protocols that allows nodes to communicate with each other in a network environment without regard to the type of machine or operating system on that machine.

282 views • 17 slides

Routing Dinamis

651 views • 13 slides

TCP/IP Design Overview

TCP/IP Design Overview. objectives. Describe aspects of design relating to TCP/IP networks Understand limitations inherent in IP addressing Distinguish private from public network addressing Describe the purpose of IP subnetting Describe the function of internet routing protocols.

211 views • 12 slides