'Ip datagram' diaporamas de présentation

COS 420

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IP Routing

IP Routing . Timothy G. Griffin Intel Research tim.griffin@intel.com http://www.cambridge.intel-research.net/~tgriffin. IMA Minneapolis January, 2004. Common View of the Telco Network. Brick . Common View of the IP Network (Layer 3). What This Course Is About. Forwarding vs. Routing.

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Chapter 8

Chapter 8. Internet Protocol (IP). CONTENTS. DATAGRAM FRAGMENTATION OPTIONS CHECKSUM IP PACKAGE. Figure 8-1. Position of IP in TCP/IP protocol suite. 8.1. DATAGRAM. Figure 8-2. IP datagram. Figure 8-3. Service Type or Differentiated Services.

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Ch 4. The Network Layer

Myungchul Kim mckim@icu.ac.kr. Ch 4. The Network Layer. Datagram Routers do not run application- and transport- layer protocols Forwarding vs routing Forwarding: router-local action of transfering a packet from an input link to the appropriate out link

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Data Link Layer

Data Link Layer. Ethernet Bridges Token Ring. Summary of MAC protocols. What do you do with a shared media? Channel Partitioning: time, frequency or code Time Division,Code Division, Frequency Division Random partitioning (dynamic), ALOHA, S-ALOHA, CSMA, CSMA/CD

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Internet, Part 1

Internet, Part 1. 1) Internet basic concepts 2) The IP protocol stack 3) The IP datagram header (IPv4 and IPv6) 4) Addressing and routing 5) Example: downloading HTML page 5) Why IPv6?. IP network architecture. Router. Host. Computer. Backbone. Host. LAN or intranet.

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Internet, Part 1

Internet, Part 1. 1) Internet basic concepts 2) The IP protocol stack 3) The IP datagram header (IPv4 and IPv6) 4) Addressing and routing 5) Example: downloading HTML page 5) Why IPv6?. IP network architecture. Router. Host. Computer. Backbone. Host. LAN or intranet.

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CSCD 433/533 Advanced Networks

CSCD 433/533 Advanced Networks. Lecture 2 Network Review Winter 2019 Reading: Chapter 1. 1. Topics. Network Topics Some Review from CSCD330 Applications Common Services Architecture OSI Model AS and Routing Review Packet vs. Circuit Switching Review concepts for Design Goals. 2.

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Chapter 23

Chapter 23. IP Over ATM. Objectives. Upon completion you will be able to:. Review the features of an ATM WAN Understand how an a datagram can pass through an ATM WAN Understand how an IP packet is encapsulated in cells Understand how cells are routed in an ATM network

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Chapter 26

Chapter 26. IP over ATM. CONTENTS. ATM WANS CARRYING A DATAGRAM IN CELLS ROUTING THE CELLS ATMARP LOGICAL IP SUBNET (LIS). 26.1. ATM WANS. Figure 26-1. An ATM WAN in the Internet. Figure 26-2. ATM layers in routers and switches.

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Semester 1

Semester 1. 10. JEOPARDY. Frank Mann. Layers. Paths. Subnets. Classes. Reserved. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 500. 500. 500. 500. 500. Layers for 100.

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Network Address Translation (NAT)

Network Address Translation (NAT). Relates to Lab 7. Module about private networks and NAT. Private Network. Private IP network is an IP network that is not directly connected to the Internet IP addresses in a private network can be assigned arbitrarily.

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DATA LINK LAYER

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IP Forwarding

IP Forwarding. Relates to Lab 3. Covers the principles of end-to-end datagram delivery in IP networks. Delivery of an IP datagram. View at the data link layer layer: Internetwork is a collection of LANs or point-to-point links or switched networks that are connected by routers. IP.

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Wireless Optical IP in the Last Mile

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Chapter 24

Chapter 24. TCP/IP. Figure 24-1. An Internet According to TCP/IP. Figure 24-2. TCP/IP and the OSI Model. Figure 24-3. IP Datagram. Figure 24-4. Internet Address. Figure 24-5. Internet Classes. Figure 24-6. IP Addresses in Decimal Notation. Figure 24-7.

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TCP / IP

TCP / IP. Introduction. TCP/IP is a set of protocols developed to allow, computers of all sizes from different vendors , running different operating systems to communicate or share resources across a network. TCP/IP provides reliable end to end stream over unreliable network.

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MPLS Extensions to ICMP

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