'Packet switches' presentation slideshows

Introduction to High-Performance Internet Switches and Routers

1.41k views • 140 slides

Introduction to High-Performance Internet Switches and Routers

1.54k views • 128 slides

Frame Relay

1.12k views • 60 slides

Chapter 10: Optical burst switching

Chapter 10: Optical burst switching. TOPICS Optical packet switching Optical burst switching Connection setup schemes Reservation/release of resources Scheduling The Jumpstart project. Optical burst switching (OBS). It has not been standardized yet

738 views • 52 slides

Processing packets in packet switches CS343 May 7 th 2003

Processing packets in packet switches CS343 May 7 th 2003. Nick McKeown Professor of Electrical Engineering and Computer Science, Stanford University nickm@stanford.edu www.stanford.edu/~nickm. Contents. What processing is done where? What does a packet switch look like?

486 views • 38 slides

The Fork-Join Router

515 views • 34 slides

Ch 1. Computer Networks and the Internet

Myungchul Kim mckim@icu.ac.kr. Ch 1. Computer Networks and the Internet. What is the Internet?. One sentence definition? A nuts-and-bolts description A service description A nuts-and-bolts description Hosts or end systems A network of communication links and packet switches

451 views • 26 slides

Chapter 13 WAN Technologies and Routing

Chapter 13 WAN Technologies and Routing. LAN Limitations. Local Area Network (LAN) spans a single building or campus. Bridged LAN is not considered a Wide Area technology because bandwidth limitations prevent bridged LAN from serving arbitrarily many computers at arbitrarily may sites.

272 views • 15 slides

Chapter 13 WAN Technologies and Routing

Chapter 13 WAN Technologies and Routing. LAN Limitations. Local Area Network (LAN) spans a single building or campus. Bridged LAN is not considered a Wide Area technology because bandwidth limitations prevent bridged LAN from serving arbitrarily many computers at arbitrarily may sites.

275 views • 15 slides

Week 2 / Paper 1

Week 2 / Paper 1. The Design Philosophy of the DARPA Internet Protocols David D. Clark ACM CCR, Vol. 18, No. 4, August 1988 Main point Many papers describe how the Internet Protocols work But why do they work as they do? What was the motivation for the design choices made?

351 views • 13 slides

Why OpenFlow /SDN Can Succeed Where GMPLS Failed

Why OpenFlow /SDN Can Succeed Where GMPLS Failed. Saurav Das , Guru Parulkar , Nick McKeown. MPLS. a mechanism for forwarding packets for any network protocol. d evelopment: originally developed in the late 1990s to provide faster packet forwarding for IP routers

265 views • 11 slides

Packet Switch Architectures

Packet Switch Architectures. Packet Switches. Different types of packet switches: IP routers ATM switches MPLS switches Ethernet (LAN) switches Frame Relay All types of packet switches have very similar characteristics. Hardware components of a router: Network interfaces

102 views • 9 slides