1 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002.

Slides:



Advertisements
Similar presentations
CSE 413: Computer Networks
Advertisements

Multicast Traffic Scheduling in Single-Hop WDM Networks with Tuning Latencies Ching-Fang Hsu Department of Computer Science and Information Engineering.
CMP206 – Introduction to Data Communication & Networks Lecture 1 - Networking Fundamentals.
Optical Networks BM-UC Davis122 Part III Wide-Area (Wavelength-Routed) Optical Networks – 1.Virtual Topology Design 2.Wavelength Conversion 3.Control and.
SMUCSE 8344 Optical Networks Introduction. SMUCSE 8344 Why Optical? Bandwidth Low cost ($0.30/yard) Extremely low error rate ( vs for copper.
Lecture: 4 WDM Networks Design & Operation
CECS 474 Computer Network Interoperability Notes for Douglas E. Comer, Computer Networks and Internets (5 th Edition) Tracy Bradley Maples, Ph.D. Computer.
Copyright © 2005 Department of Computer Science CPSC 641 Winter PERFORMANCE EVALUATION Often in Computer Science you need to: – demonstrate that.
1 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 (K, M, P) GEMNET.
A WDM Passive Optical Network Architecture for Multicasting Services Student : Tse-Hsien Lin Teacher : Ho-Ting Wu Date :
1 Ultra-Low Duty Cycle MAC with Scheduled Channel Polling Wei Ye Fabio Silva John Heidemann Presented by: Ronak Bhuta Date: 4 th December 2007.
CS541 Advanced Networking 1 Cognitive Radio Networks Neil Tang 1/28/2009.
Opportunities and Challenges for Optical Burst- and Packet- switching- Opportunities and Challenges for Optical Burst- and Packet- switching- S. J. Ben.
ECS H. Zang and B. Mukherjee, UC Davis 1 Routing and Wavelength Assignment for Wavelength-Routed WDM Networks  Combined routing and wavelength.
1 PERFORMANCE EVALUATION H Often in Computer Science you need to: – demonstrate that a new concept, technique, or algorithm is feasible –demonstrate that.
Sponsored by BellSouth, Cisco, UC Micro Program Design and Development of an MPLambdaS Simulator Jian Wang, Biswanath Mukherjee, S, J, Ben Yoo University.
A combinational media access protocol for multicast traffic in single-hop WDM lans Student : T.H Lin Teacher : H.T Wu Date : 7.28.
Virtual Topology Adaptation in WDM Mesh Networks (for ECS 259: A. Gencata and B. Mukherjee, UC Davis) 1 Virtual Topology  Wavelength routed network 
A Transmission Control Scheme for Media Access in Sensor Networks Alec Woo, David Culler (University of California, Berkeley) Special thanks to Wei Ye.
10/3/991 Interworking IP and WDM Networks Malathi VeeraraghavanMark Karol Polytechnic UniversityLucent Technologies Outline: Provisioned.
LAN/WAN Optimization Techniques. Agenda Current Traffic Current Traffic Equipment Inventory and Forecasted Growth Equipment Inventory and Forecasted Growth.
Lecture 1, 1Spring 2003, COM1337/3501Computer Communication Networks Rajmohan Rajaraman COM1337/3501 Textbook: Computer Networks: A Systems Approach, L.
Chapter 1: Overview Lecturer: Alias Mohd Telecommunications Department Faculty of Electrical Engineering UTM SET 4573: Data Communication and Switching.
CS 6401 Introduction to Networking Aditya Akella Outline Administrivia Networking History Statistical Multiplexing Performance Metrics.
Energy-Optimum Throughput and Carrier Sensing Rate in CSMA-Based Wireless Networks.
Sensor Network Architectures muse. Objectives Be familiar with how application needs impact deployment strategies Understand key benefits/costs associated.
TCOM 509 – Internet Protocols (TCP/IP) Lecture 01 Instructor: Dr. Li-Chuan Chen TA: Waqar Ishaq Date: 08/25/2003.
10/1/2015 9:14 PM1 TCP in Mobile Ad-hoc Networks ─ Split TCP CSE 6590.
Advanced Embedded Systems Design Lecture 13 RISC-CISC BAE Fall 2004 Instructor: Marvin Stone Biosystems and Agricultural Engineering Oklahoma.
Switched network.
“Local Area Networks” - Gerd Keiser Copyright © The McGraw-Hill Companies srl Local Area Networks Gerd Keiser.
Fiber-Optic Network Architectures. OSI & Layer Model This Course.
Internetworking An internetwork is typically comprised of many physical networks over which data travels There are many different types of physical networks:
8.1 Chapter 8 Switching Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
Load Balancing in Protection Switching of Optical Networks Hongkyu Jeong, Gyu-Myoung Lee Information and Communications Univ. (ICU) Student ID : ,
Fig. 12-1: Network topologies. Fig. 12-2: Bus-coupler losses.
An Adaptive, High Performance MAC for Long- Distance Multihop Wireless Networks Presented by Jason Lew.
Optimization of Wavelength Assignment for QoS Multicast in WDM Networks Xiao-Hua Jia, Ding-Zhu Du, Xiao-Dong Hu, Man-Kei Lee, and Jun Gu, IEEE TRANSACTIONS.
Lecture 6 Page 1 Advanced Network Security Review of Networking Basics Advanced Network Security Peter Reiher August, 2014.
NASA DTN Space Readiness Project Request for Experimental Infrastructure Ed Birrane
2015/11/281 Chapter 3 Single-Hop Networks. 2015/11/282 Outlines 3.1 A Passive-Star-Based Local Lightwave Network 3.2 Characteristics of a Single-Hop System.
EC1401 OPTICAL COMMUNICATION AND NETWORKS Mrs.F.AROKIA MAGDALINE
Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display. Chapter Four LAN Access Techniques.
Interfaces and Synchronization Martin Weiss. EIA 232D Interface Standard u Synonymous with ITU V.24 u Asynchronous interface u Up to 19.2kbps u 50 foot.
Is the Internet Ready for Multimedia? Ahmed Helmy University of Southern California.
KAIS T Medium Access Control with Coordinated Adaptive Sleeping for Wireless Sensor Network Wei Ye, John Heidemann, Deborah Estrin 2003 IEEE/ACM TRANSACTIONS.
Chapter 4: Forces and the Laws of Motion Page 123 and following.
Fig. 10-1: Transmission windows
Chapter 11.4 END-TO-END ISSUES. Optical Internet Optical technology Protocol translates availability of gigabit bandwidth in user-perceived QoS.
Source Page US:official&tbm=isch&tbnid=Mli6kxZ3HfiCRM:&imgrefurl=
QoS-specified Traffic Grooming Algorithm in WDM Mesh Networks Bing Xiang, Hongfang Yu, Sheng Wang, Lemin Li Communications, Circuits and Systems, 2004.
Network topology of INSTEON. HomePlug Command and Control standard Developed for home/building automation, remote monitoring and control. The data transfer.
Broadcast-and-select networks. Each node is usually attached to two fibers: one to transmit, one to receive W WDM channels are available Tx and Rx operate.
A New MAC Protocol for Wi-Fi Mesh Networks Tzu-Jane Tsai, Hsueh-Wen Tseng, and Ai-Chun Pang IEEE AINA’06.
The Determination of an Equilibrium Constant Chemistry 117.
1. Layered Architecture of Communication Networks: Circuit Switching & Packet Switching.
1 Ad-hoc Transport Layer Protocol (ATCP) EECS 4215.
Survivability in IP-over-WDM Networks. Introduction Multilayer network architecture is moving into IP-optimized two-layer architecture. ․ They have same.
Путешествуй со мной и узнаешь, где я сегодня побывал.
Simulation and Exploration of
Isabella Cerutti, Andrea Fumagalli, Sonal Sheth
Distributed Control Plane
Page 1. Page 2 Page 3 Page 4 Page 5 Page 6 Page 7.
LightRing with Tunable Transceivers
Network Tasks Mr Tettenborn.
ВОМР Подмярка 19.2 Възможности за финансиране
Споразумение за партньорство
Network Systems and Throughput Preservation
NET 424: REAL-TIME SYSTEMS (Practical Part)
COMMUNICATION ENG. PROF. A.M.ALLAM
Presentation transcript:

1 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002

2 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 WDM Network Based on the Passive-Star Coupler

3 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Alternative Physical Topologies

4 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Broadcast-and--Select Local Optical Network

5 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Characteristics of a Single-Hop System

6 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Experimental WDM Systems (Single-Hop Local Nets)

7 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Single-Hop Approaches

8 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Rainbow Network Architecture

9 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Rainbow Signaling Protocol

10 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 State Diagram for Rainbow Protocol

11 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Equilibrium Point Analysis

12 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Equilibrium Point Analysis (contd.)

13 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Equilibrium Point Analysis (contd.)

14 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Performance Measures

15 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Normalized Throughput vs. Timeout Duration

16 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Normalized Throughput vs. Message Length

17 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Delay vs. Normalized Throughput

18 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Normalized Throughput vs. Arrival Rate

19 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Normalized Throughput vs. Timeout Duration

20 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Packet-Switched Protocols for the Rainbow Optical Hardware

21 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Multihop: Topology Optimization

22 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Multihop: Topology Optimization (contd.)

23 B. Mukherjee, UC Davis ECS 259 Lecture 3, Page 1/28/2002 Various Multihop Networks