'Packet switch' diaporamas de présentation

Southern Methodist University Fall 2003 EETS 8316/NTU CC745-N Wireless Networks

Southern Methodist University Fall 2003 EETS 8316/NTU CC745-N Wireless Networks. Lecture 8: Mobile Data, Part III. Instructor : Jila Seraj email : jseraj@engr.smu.edu http://www.engr.smu.edu/~jseraj/ tel: 214-505-6303. Session Outline. Review of last week Wireless LAN. Announcements.

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Handout # 1: Course Logistics and Introduction

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SDN in Carrier Networks

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An Introduction to Packet Switching

An Introduction to Packet Switching . Nick McKeown Assistant Professor of Electrical Engineering and Computer Science, Stanford University nickm@stanford.edu http://www.stanford.edu/~nickm. Sir William Preece, Chief of the British Postal System, 1876:

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Chapter 13-14

Chapter 13-14. Wide Area Networks (WANs), Routing, and Shortest Paths. Motivation. Connect multiple computers Span large geographic distance Cross public right-of-way Streets Buildings Railroads. Building Blocks. Point-to-point long-distance connections Packet switches (nodes)

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EE384x: Packet Switch Architectures

EE384x: Packet Switch Architectures. Handout 1: Logistics and Introduction. Professor Balaji Prabhakar balaji@isl.stanford.edu Professor Nick McKeown nickm@stanford.edu. Outline. This two course sequence is about the theory and practice of designing packet switches and Internet routers.

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EE384x: Packet Switch Architectures

EE384x: Packet Switch Architectures. Handout 1: Logistics and Introduction. Professor Balaji Prabhakar balaji@isl.stanford.edu Professor Nick McKeown nickm@stanford.edu. Outline. This two course sequence is about the theory and practice of designing packet switches and Internet routers.

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Communication networks

Communication networks. Instractor: Dr. Yuval Shavitt, Office hours: room 030, Mon 17:00-18:00 Requiresments ( ?????? ??? ): Introduction to computer communications (TAU, Technion, BGU) Expectations from students: Queueing theory basics Graph theory Good C/C++ programming skills.

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Principles in Communication Networks

Principles in Communication Networks. Instractor: Dr. Yuval Shavitt, Office hours: room 303 s/w eng. bldg., Mon 12:00-13:00 Requiresments ( ?????? ??? ): Introduction to computer communications (TAU, Technion, BGU) Expectations from students: Queueing theory basics Graph theory

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371-1-0291 : An Introduction to Computer Networks

371-1-0291 : An Introduction to Computer Networks. Homepage http://www.cse.bgu.ac.il/Courses/course.asp?ID=63. Handout #2: Foundations and Basic Concepts. Additional Reading Text book: Chaps. 1.2,3.1. Outline. A Detailed FTP Example Layering Packet Switching and Circuit Switching

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Chapter 13: WAN Technologies and Routing

Chapter 13: WAN Technologies and Routing. 1. LAN vs. WAN 2. Packet switch 3. Forming a WAN 4. Addressing in WAN 5. Routing in WAN 6. Modeling WAN using graphs 7. Constructing routing tables 8. Vector distance algorithm 9. Examples of WAN

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Final Chapter Packet-Switching and Circuit Switching

Final Chapter Packet-Switching and Circuit Switching. 7.3. Statistical Multiplexing and Packet Switching: Datagrams and Virtual Circuits 4. 4 Time Division Multiplexing and Circuit Switching. Multiplexing concentrates bursty traffic onto a shared line

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Class 3: SDN Stack

Class 3: SDN Stack . Theophilus Benson. Outline . Background Routing in ISP Cloud Computing SDN application stack revisited Evolution of SDN The end of device Equality. Routing In ISP. Within ISP (IGP): go from ingress to egress Across ISP (EGP/BGP): figure out which egress.

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WAN technologies and routing

WAN technologies and routing. Packet switches and store and forward Hierarchical addresses, routing and routing tables Routing table computation Example WAN technologies. Categories of network technology. Local Area Network (LAN) Metropolitan Area Network (MAN) Wide Area network (WAN)

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Analysis of a Packet Switch with Memories Running Slower than the Line Rate

Analysis of a Packet Switch with Memories Running Slower than the Line Rate. Sundar Iyer, Amr Awadallah, Nick McKeown (sundaes,aaa,nickm)@stanford.edu Departments of Electrical Engineering & Computer Science, Stanford University http://klamath.stanford.edu/pps. Problem Statement.

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Packet-Switched Networks

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Optics in Internet Routers

Optics in Internet Routers. Mark Horowitz, Nick McKeown, Olav Solgaard, David Miller Stanford University http://klamath.stanford.edu/or. Why We Need Faster Routers. To prevent routers from becoming the bottleneck. Packet processing Power. Link Speed. 10000. 1000.

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4.4 Switching

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5 pair of RVs

5 pair of RVs. 5-1: joint pmf. In a box are three dice. Die 1 is normal; die 2 has no 6 face, but instead two 5 faces; die 3 has no 5 face, but instead two 6 faces. The experiment consists of selecting a die at random, followed by a toss with that die.

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ECE358: Computer Networks Fall 2014

ECE358: Computer Networks Fall 2014. Solutions to Homework #1.

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