'Routing tables' presentation slideshows

Introduction to the Internet and Web technologies

CS 5436 INFO 5303. Introduction to the Internet and Web technologies. Vitaly Shmatikov. Internet Is a Network of Networks. TCP/IP for packet routing and connections Border Gateway Protocol (BGP) for route discovery Domain Name System (DNS) for IP address discovery. backbone. ISP.

996 views • 76 slides

5. Wide Area Networks and Routing

5. Wide Area Networks and Routing. 5.1 Packet Switching 5.2 Virtual Circuits vs. Datagrams 5.3 Routing in Unicast Networks 5.4 Congestion Control 5.5 Example: IP Version 4. router. Application. Presentation. Session. Transport. Network. Data Link. Physical. physical medium A.

727 views • 72 slides

LAN Technologies

LAN Technologies. Completing Lecture 2. Ethernet Technologies: 10Base2. 10: 10Mbps; 2: under 200 meters max cable length thin coaxial cable in a bus topology repeaters used to connect up to multiple segments

1.24k views • 60 slides

Computer Networks with Internet Technology William Stallings

Computer Networks with Internet Technology William Stallings. Chapter 11 Interior Routing Protocols. Introduction. Routing protocols essential to operation of an internet Routers forward IP datagrams from one router to another on path from source to destination

661 views • 58 slides

Chapter 4: Routing Concepts

Chapter 4: Routing Concepts. Routing Protocols. Chapter 4. 4.0 Routing Concepts 4.1 Initial Configuration of a Router 4.2 Routing Decisions 4.3 Routing Operation 4.4 Summary. Chapter 4: Objectives. Configure a router to route between multiple directly connected networks

783 views • 54 slides

Routing in packet switching networks

Routing in packet switching networks. Routing is a key function: determine a (best) path from any source to any destination There exist multiple paths Which path is best? Depend on objective: Minimize number of hops Minimize end-to-end delay Maximize available bandwidth

1.24k views • 52 slides

Routing in packet switching networks

Routing in packet switching networks. Routing is a key function: determine a (best) path from any source to any destination There exist multiple paths Which path is best? Depend on objective: Minimize number of hops Minimize end-to-end delay Maximize available bandwidth

798 views • 52 slides

IP Addressing

IP Addressing. Internet Protocol: Which version?. There are currently two versions of the Internet Protocol in use for the Internet IPv4 Specified in 1980/81 (RFC 760, 791) Four byte addresses Universally deployed Problem : Address space almost exhausted IPv6

527 views • 40 slides

Maximally Adaptive Routing

Maximally Adaptive Routing. Maximize adaptivity for a double-x routing based on turn model. Virtual network 0. Virtual network 1. Maximally adaptive double-x (mad-x). Opt-x algorithm. The Mad-x algoritm is improved by reducing the routing ristrictions on the VCs. Virtual network 0.

444 views • 33 slides

Part 3.1

Part 3.1. Wide Area Networks (WANs), Routing, and Shortest Paths. Robert L. Probert, SITE, University of Ottawa. Motivation. Connect multiple computers Span large geographic distance Cross public right-of-way Streets Buildings Railroads. Building Blocks.

417 views • 33 slides

CS 164 : Slide Set 9 : Internetworking -- Routing.

438 views • 32 slides

Certificate-Based Securing Vehicular Networks

Certificate-Based Securing Vehicular Networks. Instructor: Ivan Stojmenovic Presenter: Guan, Wen #6582156 wguan061@uottawa.ca. Outline. Introduction Benefits of VANET Different types of attacks and threats Requirements and challenges Security Architecture Vehicular PKI .

453 views • 28 slides

Mini Introduction to BGP

Mini Introduction to BGP. Michalis Faloutsos. What Is BGP?. Border Gateway Protocol BGP-4 The de-facto interdomain routing protocol BGP enables policy in routing: Which information gets advertised and how BGP is a Distance Vector like protocol

338 views • 20 slides

Click to edit Master subtitle style

Click to edit Master subtitle style. Chapter 9: Introduction to IP Routing Instructor:. Chapter 9 Objectives. The Following CompTIA Network+ Exam Objectives Are Covered in This Chapter: 1.4 Explain the purpose and properties of routing and switching.

248 views • 17 slides

An Error Reporting Mechanism (ICMP)

An Error Reporting Mechanism (ICMP). IP Semantics. IP is best-effort Datagrams can be Lost Delayed Duplicated Delivered out of order Corrupted. Error Detection. IP does not Introduce errors Ignore all errors Errors detected Corrupted bits Illegal addresses Routing loops

292 views • 15 slides

ECE-8843 csc.gatech/copeland/jac/8843-03/ Prof. John A. Copeland

ECE-8843 http://www.csc.gatech.edu/copeland/jac/8843-03/ Prof. John A. Copeland john.copeland@ece.gatech.edu 404 894-5177 fax 404 894-0035 Office: GCATT Bldg 579 email or call for office visit, or call Kathy Cheek, 404 894-5696 Chapter 6a - IPsec (IP Secure)

278 views • 14 slides

Internet Control Message Protocol (ICMP)

Internet Control Message Protocol (ICMP). Relates to Lab 2: A short module on the Internet Control Message Protocol (ICMP). . Overview. The IP (Internet Protocol) relies on several other protocols to perform necessary control and routing functions: Control functions (ICMP)

357 views • 13 slides

Internet Control Message Protocol (ICMP)

Internet Control Message Protocol (ICMP). Relates to Lab 2: A short module on the Internet Control Message Protocol (ICMP). . Overview. The IP (Internet Protocol) relies on several other protocols to perform necessary control and routing functions: Control functions (ICMP)

393 views • 13 slides

LAN Connections

Exploring the Functions of Routing. LAN Connections. Routers. Cisco 2800 Series Router. Routers have the following components: CPU Motherboard RAM ROM Routers have network adapters to which IP addresses are assigned. Routers may have the following two kinds of ports:

813 views • 12 slides

Basic Linux Router I

Basic Linux Router I. touch@coe.psu.ac.th. Router, a device that. Working on OSI Layer 3 (Network Layer) Connected to more than one networks Finding a best path to deliver packets Forward packets from one network to another Can run on either dedicated device or personal computer.

298 views • 9 slides