'Distance table' diaporamas de présentation

Chapter 4: Network Layer (last revised 18/04/04)

Chapter goals: understand principles behind network layer services: routing (path selection) dealing with scale how a router works advanced topics: IPv6, multicast instantiation and implementation in the Internet. Overview: network layer services routing principle: path selection

1.05k views • 100 slides

Chapter 4: Network Layer (last revised 18/04/04)

Chapter goals: understand principles behind network layer services: routing (path selection) dealing with scale how a router works advanced topics: IPv6, multicast instantiation and implementation in the Internet. Overview: network layer services routing principle: path selection

1.01k views • 100 slides

Chapter 5 Network Layer: Routing

667 views • 64 slides

CSE524: Lecture 12

451 views • 45 slides

Chapter 9

Chapter 9. Facility Layout. Objectives of Facility Layout. Minimize material handling costs Utilize space efficiently Utilize labor efficiently Eliminate bottlenecks

673 views • 40 slides

Chapter 4 Distance Vector Problems, and Link-State Routing

Chapter 4 Distance Vector Problems, and Link-State Routing. Professor Rick Han University of Colorado at Boulder rhan@cs.colorado.edu. Announcements. Handing back HW #1, TA OH, solutions online later today Homework #2 available on Web site, due Feb. 26

457 views • 35 slides

Routing & IP Routing Protocols

Routing & IP Routing Protocols. You are a router in a packet switched network and you receive a packet destined to some remote node E.g., router A below receives a packet destined to node F Question: How does A know where to send this packet? Does A send it to B? C? or D?

472 views • 31 slides

Routing & IP Routing Protocols

Routing & IP Routing Protocols. You are a router in a packet switched network and you receive a packet destined to some remote node E.g., router A below receives a packet destined to node F Question: How does A know where to send this packet? Does A send it to B? C? or D?

338 views • 31 slides

Internet

414 views • 26 slides

Internet

264 views • 26 slides

15-441 Computer Networking

15-441 Computer Networking. Intra-Domain Routing, Part I RIP (Routing Information Protocol). Graph abstraction for routing algorithms: graph nodes are routers graph edges are physical links link cost: delay, $ cost, or congestion level. 5. 3. 5. 2. 2. 1. 3. 1. 2. 1. A. D. B. E.

348 views • 25 slides

15-441 Computer Networking

15-441 Computer Networking. Intra-Domain Routing, Part I RIP (Routing Information Protocol). Graph abstraction for routing algorithms: graph nodes are routers graph edges are physical links link cost: delay, $ cost, or congestion level. 5. 3. 5. 2. 2. 1. 3. 1. 2. 1. A. D. B. E.

259 views • 25 slides

Chapter 6. Relaxation

438 views • 24 slides

Routing - I

343 views • 24 slides

Phylogenetic Trees

477 views • 22 slides

Introduction to Fiber Documentation

295 views • 21 slides

Network Layer

Network Layer. Network layer. Physical layer: move bits between physically connected stations Data link layer: move frames between physically connected stations Network layer: move packets from source A to destination B where A and B can be world-apart. Main Network Layer Design Issues.

546 views • 20 slides

TCP/IP Network Layer (1)

298 views • 19 slides

Chapter 4 Distributed Bellman-Ford Routing

Chapter 4 Distributed Bellman-Ford Routing. Professor Rick Han University of Colorado at Boulder rhan@cs.colorado.edu. Announcements. Reminder: Programming assignment #1 is due Feb. 19 Homework #2 available on Web site, due Feb. 26 Hand back HW #1 next week

350 views • 19 slides

Locality Optimizations in OceanStore

Locality Optimizations in OceanStore. An introduction to introspective techniques for exploiting locality in wide area storage utilities. Patrick R. Eaton Dennis Geels. Agenda. OceanStore Review Problem Overview Previous Work Proposed Solution Prefetching Algorithm Preliminary Results

209 views • 13 slides