Integrated Optical Data Networks

Slides:

Advertisements

Similar presentations

LAN Maps & Symbols Topologies & Devices. Physical & Logical Topologies Physical Topologies define the actual layout of the wire (media). For example,

Advertisements

Copyright © 2012 by The McGraw-Hill Companies, Inc. All rights reserved. McGraw-Hill/Irwin APPENDIX B NETWORKS AND TELECOMMUNI CATIONS APPENDIX B NETWORKS.

Copyright © 2015 McGraw-Hill Education. All rights reserved. No reproduction or distribution without the prior written consent of McGraw-Hill Education.

Erik Jonsson School of Engineering and Computer Science FEARLESS Engineering ENGR 3300 – 505 Advanced Engineering Mathematics

Chapter 1: Computer Networks IB 300: Advanced Computer Sciences. Professor: Nabil Elmjati.

IS Network and Telecommunications Risks

What is an Electrical Engineer? Engineering Science Seminar Series October 16, 2007.

1 ATM Reference Model Carey Williamson Department of Computer Science University of Calgary.

Lappeenranta University of Technology Valery Naumov Telecommunications Laboratory Tel: “Why Do We Need WDM Networks?”

Institute of Technology Sligo - Dept of Computing LAN Maps & Symbols Topologies & Devices Paul Flynn.

List of authors Open Networking and Advanced Research (OpNEAR) Lab Department of Electrical Engineering Erik Johnson School of Engineering & Computer Science.

1 “Next Generation Optical Network” José Manoel Duarte Mendes Tania Regina Tronco Fundação CPqD.

CECS 474 Computer Network Interoperability Tracy Bradley Maples, Ph.D. Computer Engineering & Computer Science Cal ifornia State University, Long Beach.

Telecommunications Engineering The University of Texas at Dallas The Erik Jonsson School of Engineering and Computer Science Jonsson School Industrial.

Erik Jonsson School of Engineering and Computer Science FEARLESS Engineeringwww.utdallas.edu/~pervin ENGR 3300 – 505 Advanced Engineering Mathematics

What Is Network ?. A Network is a connected collection of devices and systems, such as computers and servers, which can communicate with each other.

The University of Texas at Dallasutdallas.edu Highlights ▪ 110+ faculty in five departments ▪ Electrical Engineering ▪ Computer Science ▪ Materials Science.

The Erik Jonsson School of Engineering and Computer Science Chapter 1 pp William J. Pervin The University of Texas at Dallas Richardson, Texas

Telecommunications Engineering The University of Texas at Dallas The Erik Jonsson School of Engineering and Computer Science Jonsson School Industrial.

Interoperable Intelligent Optical Networking: Key to future network services and applications OIF Carrier Group Interoperability: Key issue for carriers.

The Erik Jonsson School of Engineering and Computer Science Chapter 6 pp William J. Pervin The University of Texas at Dallas Richardson, Texas.

VOIP : Voice on IP ALMORI Fabien master2 ISTRe. Table of context VOIP stakes VOIP structure Protocol H.323 Advantages and drawbacks Conclusion.

Routers. What is a Router? A multi-port connectivity device Can connect different types of LANs as well as WANS Works at Layer 3 – Network Layer using.

The Erik Jonsson School of Engineering and Computer Science Photonic Integrated Circuitry Duncan MacFarlane The University of Texas at Dallas Gary Evans.

Setting Up and Running a Netlab Environment Bill Saichek Professor Computer Science & Information Systems Orange Coast College.

1 Computer Networking Dr. Mohammad Alhihi Communication and Electronic Engineering Department Philadelphia University Faculty of Engineering.

1 CHAPTER 8 TELECOMMUNICATIONSANDNETWORKS. 2 TELECOMMUNICATIONS Telecommunications: Communication of all types of information, including digital data,

What is Bandwidth on Demand ? Bandwidth on Demand (BoD) is based on a technology that employs a new way of managing and controlling SONET-based equipment.

Institute of Applied Microelectronics and Computer Engineering College of Computer Science and Electrical Engineering, University of Rostock Slide 1 Spezielle.

1 Dynamic Service Provisioning in Converged Network Infrastructure Muckai Girish Atoga Systems.

Telecommunications Engineering The University of Texas at Dallas The Erik Jonsson School of Engineering and Computer Science Jonsson School Industrial.

COMPUTER NETWORKING.  Definition  Need & advantages  Types of network  Basics of network architecture  LAN Topologies  Network models  Network.

Modelling Self- Adaptive Networked Entities In Matlab/Simulink R. Bartosinski, M. Daněk, P. Honzík, J. Kadlec.

Erik Jonsson School of Engineering and Computer Science FEARLESS Engineeringwww.utdallas.edu/~pervin ENGR 3300 – 505 Advanced Engineering Mathematics

Telecommunications Engineering The University of Texas at Dallas The Erik Jonsson School of Engineering and Computer Science Jonsson School Industrial.

Impact of OXC Failures on Network Reliability Zsolt Pándi a, Andrea Fumagalli a, Marco Tacca a, Lena Wosinska b a OpNeAR Lab., Erik Jonsson Shool of EECS,

GRNET activities on Optical Networking Dimitrios Kalogeras.

نظام المحاضرات الالكترونينظام المحاضرات الالكتروني.

Erik Jonsson School of Engineering and Computer Science FEARLESS Engineering ENGR 3300 – 505 Advanced Engineering Mathematics

Erik Jonsson School of Engineering and Computer Science FEARLESS Engineeringwww.utdallas.edu/~pervin ENGR 3300 – 505 Advanced Engineering Mathematics

Erik Jonsson School of Engineering and Computer Science FEARLESS Engineering ENGR 3300 – 505 Advanced Engineering Mathematics

© 2014 Open Networking Foundation Multi-layer Network Control with ONOS.

Erik Jonsson School of Engineering and Computer Science FEARLESS Engineeringwww.utdallas.edu/~pervin ENGR 3300 – 505 Advanced Engineering Mathematics

Flocks of Robots Coordinated Multi-robot Systems Dylan A. Shell Distributed AI Robotics Lab Department of Computer Science & Engineering Texas A&M University.

Emergent Information and Communication Technologies Master of MiNE Program Universita’ Cattolica di Piacenza Spring 2001 Mario Gerla UCLA Computer Science.

A Bandwidth-Efficient and Low-Latency Packet Assembly Strategy for Optical Burst Switching in Metro Ring Prasanna Krishnamoorthy, Andrea Fumagalli Optical.

6 Network Layer Part III Computer Networks Tutun Juhana

Integration in the Complex Plane

Isabella Cerutti, Andrea Fumagalli, Sonal Sheth

Distributed Control Plane

An Overview of the ITTC Networking & Distributed Systems Laboratory

الوحدة الثالثة الاتصالات و شبكات الحاسوب

Wayne Clark Cisco Systems, Inc.

Advanced Engineering Mathematics

ENGR 3300 – 505 Advanced Engineering Mathematics

LightRing with Tunable Transceivers

ENGR 3300 – 505 Advanced Engineering Mathematics

Planet Lab Demo IP Address Map

Optical Mesh network for Emerging Gigabit Applications

Ethernet Solutions for Optical Networks

NETWORK BASICS Network - a communications, data exchange, and resource-sharing system created by linking two or more computers and establishing standards,

Dynamic Circuit Service Hands-On GMPLS Engineering Workshop

Common curriculum-Communications C. Burkley

An intelligent optical aggregation layer: what, why and how

Trustworthy Semantic Webs

ENGR 3300 – 505 Advanced Engineering Mathematics

Advanced Engineering Mathematics

ENGR 3300 – 505 Advanced Engineering Mathematics

ENGR 3300 – 505 Advanced Engineering Mathematics

Internet2: Focusing on the Future

Presentation transcript:

Integrated Optical Data Networks Muhammad A. Kalam, Andrea Fumagalli TARGET (Telecommunications Applied Research in Gigabit and Emerging Technologies) Lab., OpNeAR (Optical Networking Advanced Research) Lab., Erik Jonsson School of Engineering and Computer Science, University of Texas at Dallas IP Router IP Router Network Management Plane Logical IP Mesh Layer 3 IP Router IP Router External Systems GMPLS Optical Control Plane Signaling and Control Plane OCCS OCCS Optical Ring Layer 1 OCCS OCCS OCCS GOAL: Interoperability of Many Different Dissimilar Networks In IP & Optical Networks