Next Generation Internet Program
|
|
|
- Dana Hopkins
- 5 years ago
- Views:
Transcription
1 Next Generation Internet Program Bert Hui Hilarie Orman Mari Maeda Approved for Public Release, Distribution Unlimited 1
2 GOVERNMENT-WIDE NGI GOALS NSF NIH DARPA NASA NIST Goal 1 Goal 2.1 Goal 2.2 Goal 3 Advanced Network Technologies High Performance Connectivity Ultra-High Performance Tech. Next Generation Internet Revolutionary Applications Approved for Public Release, Distribution Unlimited 2
3 NGI: A NEW STAKE IN THE GROUND Capacity Coverage Cost Performance NGI Commercial Technology Accelerating ahead with a new generation of network technology Year Approved for Public Release, Distribution Unlimited 3
4 DARPA S ROLE IN NGI SuperNet: Ultra-high Performance Technology n Develop technologies for efficient multiplexing / demultiplexing between wide area trunking and end user s Gb/s traffic n Demonstrate lead user and typical user bandwidth sharing Network Engineering n Turn today s ad hoc network management approach into an engineering discipline that meets rapidly changing requirements Approved for Public Release, Distribution Unlimited 4
5 THE TELECOMMUNICATIONS HIERARCHY Global Middleware Services Internet Application Assurance/ Response PROTEUS DII-P IDREN DSI Others Network Engineering/ Management Unified Switching Fabric (e.g. ATM network) GTE MCI Sprint AT&T ATM SONET SONET SONET ATM Ring ATM Ring R SuperNet X-C X-C X-C X-C X-C X-C Long Distance Local Exchange Approved for Public Release, Distribution Unlimited 5
6 SUPERNET: WHY MORE BANDWIDTH? 100 miles DOD Information Superiority Requires Terabit Battlefield Surveillance 100 miles (1 ft x 10 bits) 2.8 Terabit Multi-Spectral Sensors - Radar/SAR - Infrared - µ-wave - Visible Time to send 17 hours at 45 Mbps 18 minutes at 2.5 Gbps 2.8 seconds at SuperNet rate (Tbps) Approved for Public Release, Distribution Unlimited 6
7 SUPERNET: TERABIT SURGE CAPACITY FOR CRISIS MANAGEMENT Sensor Systems Satellite Resolution 10 3 x 10 3 pixels Bandwidth / channel 8 bit/color, 30 frames ==> 240 Mb/s UAV/video x pixels 8 bit/color, 30 frames ==> 2 Gb/s radar 1 Ghz bandwidth Nyquist, dynamic range ==> 20 Gb/s Cellular 100 Mhz bandwidth 2 Gb/s Approved for Public Release, Distribution Unlimited 7
8 WAVELENGTH DIVISION MULTIPLEXING Fiber Transmission Loss (db/km) Wavelength (µm) Optical Amplifier WDM Demultiplexer WDM Multiplexer 120 km 600 km Savings in equipment and new fiber build costs Deployment in long haul networks for capacity enhancements Approved for Public Release, Distribution Unlimited 8
9 200 Gb/s CAPACITY LASER ARRAY TRANSMITTER Approved for Public Release, Distribution Unlimited 9
10 SUPERNET TECHNOLOGIES NGI SuperNet à 0 ' : U H [ OH OWLS X 0 0 ' : U H [ OH OWLS X P H ' Point to point WDM confined to WAN trunks Static or manual configuration Low speed end-to-end connectivity Wide Area Broadband Networking Broadband Local Trunking Tb/s Multiplexing and Switching Streamlining of Network Layers Approved for Public Release, Distribution Unlimited 10
11 SUPERNET SIMPLIFYING THE NETWORK HIERARCHY Today s Telecom Infrastructure NGI SuperNet APPLICATIONS APPLICATIONS TCP/IP TCP/IP ATM WDM SONET static WDM Approved for Public Release, Distribution Unlimited 11
12 IP OVER WDM node1 node2 node3 time Optical Burst Switch BSC BSC BSC BSC Optical Tag Switching DATA HEADER Wavelength Approved for Public Release, Distribution Unlimited 12
13 SUPERNET TECHNOLOGY MEMS (Micro-electro-mechanical system) Switch Large (32x32) Optical Cross-Connect (OXC) on a single chip of Silicon (< 1 in 2 ) Independent of wavelength, bit rate, protocol, polarization, modulation format, bi-directional, single or multi-mode, with no optical-to-electrical conversion > 1000x better performance in speed*power*size Approved for Public Release, Distribution Unlimited 13
14 NETWORK ENGINEERING Rock-Solid Networking Technology for DoD Communication NGI will respond to rapidly changing DoD communication scenarios... Approved for Public Release, Distribution Unlimited 14
15 TACTICAL INTERNET CHALLENGES: NETWORK CONFIGURATION Networks take time and labor to plan, pack, ship, install, configure Only pre-planned configurations are possible Over-provisioning increases transport time and reduces readiness Function Current Desired Network initialization and Topology configuration > 30 minutes < 1 minute Target network size, nodes Spectrum planning and radio time-slot management Dynamic resource allocation for applications such as fire control and maneuver control 100 s Days Not supported 100,000 Real-time Real-time Approved for Public Release, Distribution Unlimited 15
16 NETWORK ENGINEERING Today: evolution Automation alarms trends symptoms Tools for Humans Next Generation Adaptive Control Self- Management Modeling & Simulations Network Visualization fast machine man long range Approved for Public Release, Distribution Unlimited 16
17 TOWARDS SELF-MANAGEMENT Mgmt System Cisco Routers uncorrelated data Ciena WDM Nodes Auto-Discovery Auto-Configuration Fault Correlation and Alarm Suppression Network Restoration Traffic Management and Adaptation Approved for Public Release, Distribution Unlimited 17
18 REPRESENTATIVE EFFORT: NETWORK ENGINEERING NETWORK TOMOGRAPHY Tailored probe data sent into network Complex Network Cloud (> 100K nodes) Responses are collected and correlated Analysis reveals internal network structure Probable Line Errors Buffer Capacity Hidden Delays Intermittent and Periodic Delays Approved for Public Release, Distribution Unlimited 18
19 REAL-TIME SIMULATION OF COMPLEX NETWORKS Predicative and Validative Correlation Simulation capability: detailed traffic traffic network hardware network software Real-Time Data counts, headers, channels, sizes The The Real Real Network: detailed traffic traffic monitoring hardware reports reports configuration reports reports From: off-line yesterday s traffic situation guides today s provisioning problems fixed after occurrence To: real-time active probing live parameter tuning large-scale changes can be checked prior to use faster than real-time adaptive models discover anomalies repair validation prior to fielding Approved for Public Release, Distribution Unlimited 19
20 SUPERNET TESTBED 4 up to 10 Gb/s 2.5 to 10 Gb/s connectivity dark fibers Types of Offers carriers utility companies Internet service providers Approved for Public Release, Distribution Unlimited 20
21 ATDNet / MONET TESTBED to Boston to west coast Washington D.C. Limits of Optical Transparency All-Optical Just-in-Time Switching Optical Self-Healing Rings Network Management & Control ISI-E BA NSA Multi-Vendor Interoperability DISA Tellium Ring Lucent Ring NASA NIMA DIA NRL WDM Switch: 8 Gb/s per λ, to be installed in 2/99 Approved for Public Release, Distribution Unlimited 21
Lambda Networks DWDM. Vara Varavithya Department of Electrical Engineering King Mongkut s Institute of Technology North Bangkok
Lambda Networks DWDM Vara Varavithya Department of Electrical Engineering King Mongkut s Institute of Technology North Bangkok vara@kmitnb.ac.th Treads in Communication Information: High Speed, Anywhere,
Transport is now key for extended SAN applications. Main factors required in SAN interconnect transport solutions are:
E Transport is now key for extended SAN applications. Main factors required in SAN interconnect transport solutions are: Native support for all SAN protocols including ESCON, Fibre Channel and Gigabit
Communication Networks
Communication Networks Chapter 3 Multiplexing Frequency Division Multiplexing (FDM) Useful bandwidth of medium exceeds required bandwidth of channel Each signal is modulated to a different carrier frequency
Introduction to Networks
Introduction to Networks Network Topology How we interconnect network users Network Hierarchy The connection between network topology and geographical size Telecommunication (Phone Networks) Circuit Switching
Internet Traffic Characteristics. How to take care of the Bursty IP traffic in Optical Networks
Internet Traffic Characteristics Bursty Internet Traffic Statistical aggregation of the bursty data leads to the efficiency of the Internet. Large Variation in Source Bandwidth 10BaseT (10Mb/s), 100BaseT(100Mb/s),
Course Details. Optical Networks. Grading. Course References. Outline of Course. Course Project. Jason Jue The University of Texas at Dallas
Course Details Optical Networks Jason Jue The University of Texas at Dallas Instructor: Jason Jue E-mail: jjue@utdallas.edu URL: http://www.utdallas.edu/~jjue/optical/ Lectures: Thursday 2-5 pm Course
Switching Schemes in Optical Networks
Switching Schemes in Optical Networks Matteo Fiorani Department of Engineering Enzo Ferrari University of Modena and Reggio Emilia 1 Outline 1) Access/Backhaul networks 2) Metro networks 3) Core networks
Optical networking technology
1 Optical networking technology Technological advances in semiconductor products have essentially been the primary driver for the growth of networking that led to improvements and simplification in the
Simulation of All Optical Networks
Simulation of All Optical Networks Raul Valls Aranda Communication Department Polytechnic University of Valencia (UPV) C/ Camino de Vera s/n Valencia, Spain Pablo A. Beneit Mayordomo Communication Department
Chapter 8: Multiplexing
NET 456 High Speed Networks Chapter 8: Multiplexing Dr. Anis Koubaa Reformatted slides from textbook Data and Computer Communications, Ninth Edition by William Stallings, 1 (c) Pearson Education - Prentice
Recent Developments in Optical Networking
Recent Developments in Optical Networking Raj Jain The Ohio State University Columbus, OH 43210 Nayna Networks Milpitas, CA 95035 Email: Jain@ACM.Org http://www.cis.ohio-state.edu/~jain/ 1 Overview! All-Optical
Introduction To Optical Networks Optical Networks: A Practical Perspective
Introduction To Optical Networks Optical Networks: A Practical Perspective Galen Sasaki Galen Sasaki University of Hawaii 1 Galen Sasaki University of Hawaii 2 Galen Sasaki University of Hawaii 3 Telecommunications
The Company Behind the Smartest, Fastest Optical Networks
The Company Behind the Smartest, Fastest Optical Networks SMART PIONEERING FOCUSED The Products Inside the Smartest, Fastest Optical Networks STANDARDS-SETTING SCALABLE INNOVATIVE Smarter Software, Faster
EE 233. LIGHTWAVE. Chapter 5. Lightwave Systems
EE 233. LIGHTWAVE SYSTEMS Chapter 5. Lightwave Systems Instructor: Ivan P. Kaminow 2/16/06 EE233. Prof Kaminow 1 SYSTEM ARCHITECTURES 2/16/06 EE233. Prof Kaminow 2 2/16/06 EE233. Prof Kaminow 3 POINT-TO-POINT
Ultra-Low Latency, Bit-Parallel Message Exchange in Optical Packet Switched Interconnection Networks
Ultra-Low Latency, Bit-Parallel Message Exchange in Optical Packet Switched Interconnection Networks O. Liboiron-Ladouceur 1, C. Gray 2, D. Keezer 2 and K. Bergman 1 1 Department of Electrical Engineering,
Glownet and Bossnet Gigabit Network Infrastructure for e-vlbi
Glownet and Bossnet Gigabit Network Infrastructure for e-vlbi Steven Bernstein, Lorraine Prior, James Calvin, Vineet Mehta M.I.T. Lincoln Laboratory e-vlbi Workshop 8-9 April 2002 1 This work is sponsored
Beykent University Network Courses
/8/24 Beykent University Network Courses Module 3 : Optical Networks and Systems Part kaanavsarasan.weebly.com November 24 November 24 Course Outline Introduction to Optics Components of Optical Networks
Wavelength-Switched to Flex-Grid Optical Networks
Book Chapter Review-Evolution from Wavelength-Switched to Flex-Grid Optical Networks Tanjila Ahmed Agenda ØObjective ØIdentifying the Problem ØSolution: Flex-Grid Network ØFixed-grid DWDM Architecture
The Evolution of Optical Transport Networks
The Evolution of Optical Transport Networks Rod C. Alferness Chief Technology Officer - Optical Networking Group Lucent Technologies SPARTAN Symposium - 5/20/98 Page 1 Network Architecture Dynamics...
Lightwave Communications Systems Research at the University of Kansas. Kenneth Demarest EECS Department The University of Kansas
Lightwave Communications Systems Research at the University of Kansas Kenneth Demarest EECS Department The University of Kansas Lightwave Communication Systems Laboratory Our Mission is to... Our Mission
Wide Area Networks :
Wide Area Networks : Backbone Infrastructure Ian Pratt University of Cambridge Computer Laboratory Outline Demands for backbone bandwidth Fibre technology DWDM Long-haul link design Backbone network technology
Electromagnetic Spectrum
Electromagnetic Spectrum PCS FMRadi o/ TV Short wave Radi o AM Broadcast Ul trasoni c Soni c Vi si ble Li ght Infrared Li ght Ul travi ol et X- Rays Frequency 1 khz 1 M Hz 1 G Hz 1 THz 1 Y Hz 1 ZHz Wavelength
Data Center & Cloud Computing DATASHEET. FS.COM WDM Transport Networks Data Center & Cloud Computing Infrastruture Solutions
Data Center & Cloud Computing DATASHEET FS.COM WDM Transport Networks Data Center & Cloud Computing Infrastruture Solutions REV.1.0 2018 01 Overview About the Features Efficient Usage Supports up 18 to
S.R.M. University Faculty of Engineering and Technology School of Electronics and Communication Engineering
S.R.M. University Faculty of Engineering and Technology School of Electronics and Communication Engineering Question Bank Subject Code : EC459 Subject Name : Optical Networks Class : IV Year B.Tech (ECE)
Next Generation Requirements for DWDM network
Next Generation Requirements for DWDM network Roman Egorov Verizon Laboratories May 3, 2011 Verizon copyright 2011. NG Requirements for DWDM network: Outline Optical Transport Network Metro vs. Long-Haul
Survivability Architectures for Service Independent Access Points to Multiwavelength Optical Wide Area Networks
Survivability Architectures for Service Independent Access Points to Multiwavelength Optical Wide Area Networks Master s Thesis Defense Ananth Nagarajan EECS Department, University of Kansas 10/13/98 Outline
Next Generation Broadband Networks
Next Generation Broadband Networks John Harper Vice President, IOS Routing Apricot 2005 1 Next Generation Broadband Networks The broadband opportunity, in Asia and worldwide Cisco R&D for the broadband
Understanding TeleCom Networks Today II The World of Data
Understanding The World of Data Course Description Explore the world of data 2.5/3G, Optical, Frame Relay, ATM Networks, Wireless and more... Networks are converging. No more discrete data and voice networks
Optical Networking: Recent Developments, Issues, and Trends
Optical Networking: Recent Developments, Issues, and Trends Raj Jain Nayna Networks and Ohio State University Milpitas, CA 95035 Columbus, OH 43210 These slides are available on-line at: http://www.cis.ohio-state.edu/~jain/talks/opt_ieee.htm
5. Introduction to Optical Networks
Lecture 5: Introduction to Optical Networks 1/ 5. Introduction to Optical Networks Optical Communication Systems and Networks Lecture 5: Introduction to Optical Networks 2/ 27 BIBLIOGRAPHY Optical Networks.
Network Layer Flow Control via Credit Buffering
Network Layer Flow Control via Credit Buffering Fibre Channel maintains throughput in the data center by using flow control via buffer to buffer credits Nominally switches provide credit buffering up to
Lecture 1 Overview - Data Communications, Data Networks, and the Internet
DATA AND COMPUTER COMMUNICATIONS Lecture 1 Overview - Data Communications, Data Networks, and the Internet Mei Yang Based on Lecture slides by William Stallings 1 OUTLINE Data Communications and Networking
ECE442 Communications Lecture 4. Optical Networks
ECE442 Communications Lecture 4. Optical Networks Husheng Li Dept. of Electrical Engineering and Computer Science Spring, 2014 Network Elements 1 WDM networks provide circuit switched end-to-end optical
1 COPYRIGHT 2013 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
1 The Road Towards Packet Optical Transport Networks: Optical Transport Networks Evolution to OTN/DWDM Gil Bento Alcatel-Lucent April 9 th ISCTE-IUL 2 AGENDA 1. BANDWIDTH DRIVERS 2. OPTICAL TRANSPORT NETWORK
Optical networking: is the Internet of the future already here?
Optical networking: is the Internet of the future already here? Emilie CAMISARD Renater Optical technologies engineer - Advanced IP Services e-mail: camisard@renater.fr 23/11/04 ATHENS - Optical networking
Lecture 2 Physical Layer - Multiplexing
DATA AND COMPUTER COMMUNICATIONS Lecture 2 Physical Layer - Multiplexing Mei Yang Based on Lecture slides by William Stallings 1 MULTIPLEXING multiple links on 1 physical line common on long-haul, high
Fiber-Wireless (FiWi) Access Networks
Fiber-Wireless (FiWi) Access Networks Eiman Alotaibi Department of Computer Science University of California, Davis Reference: N. Ghazisaidi, M. Martin, and C. Assi, Fiber-Wireless (FiWi) Access Networks:
CSIS Frequency Division Multiplexing. Basic Types of Multiplexing. Frequency Division Multiplexing. Frequency Division Multiplexing.
Multiplexing: combining information streams from multiple sources for transmission over a shared medium Demultiplexing: separating a combination back into individual information streams CSIS 4222 Ch 11:
SFP GBIC XFP. Application Note. Cost Savings. Density. Flexibility. The Pluggables Advantage
SFP GBIC XFP The Pluggables Advantage interfaces in the same general vicinity. For example, most major data centers have large Ethernet (and Gigabit Ethernet) networks with copper, multimode and single-mode
Delivering. Effective Element Management Networks
Delivering Effective Element Management RELIABLE for Networks Reducing Costs While Improving NETWORK PERFORMANCE is the PROBLEM NODE D NODE D NODE E Central Office B Central Office A NODE D Central Office
PHOTONIC ATM FRONT-END PROCESSOR
PHOTONIC ATM FRONT-END PROCESSOR OBJECTIVES: To build a photonic ATM front-end processor including the functions of virtual channel identifier (VCI) over-write and cell synchronization for future photonic
06/02/2006. Local & Metropolitan Area Networks 1. INTRODUCTION. Why Study Local and Metropolitan Area Networks? ACOE322. Lecture 1 Introduction
Local & Metropolitan Area Networks ACOE322 Lecture 1 Introduction 1 1. INTRODUCTION In this section we will cover : 1. Overview of data communications and networking 2. Definition and overview of LANs,
Optical Fiber Communications. Optical Networks- unit 5
Optical Fiber Communications Optical Networks- unit 5 Network Terminology Stations are devices that network subscribers use to communicate. A network is a collection of interconnected stations. A node
Modems, DSL, and Multiplexing. CS158a Chris Pollett Feb 19, 2007.
Modems, DSL, and Multiplexing CS158a Chris Pollett Feb 19, 2007. Outline Finish up Modems DSL Multiplexing The fastest modems Last day, we say the combinations and phases used to code symbols on a 2400
OPTICAL NETWORKS. Optical Metro Networks. A. Gençata İTÜ, Dept. Computer Engineering 2005
OPTICAL NETWORKS Optical Metro Networks A. Gençata İTÜ, Dept. Computer Engineering 2005 Introduction Telecommunications networks are normally segmented in a three-tier hierarchy: Access, metropolitan,
Multi-Protocol Lambda Switching for Packet, Lambda, and Fiber Network
Multi-Protocol Lambda Switching for Packet, Lambda, and Fiber Network Jun Kyun Choi Tel) (042) 866-6122 1 Contents Backgrounds for Optical Network Review of SONET/SDH Technologies Motivations for IP over
INTRODUCTION DATA COMMUNICATION TELECOMMUNICATIONS SYSTEM COMPONENTS 1/28/2015. Satish Chandra satish0402.weebly.com
INTRODUCTION DATA COMMUNICATION Satish Chandra satish0402.weebly.com The term telecommunication means communication at a distance. The word data refers to information presented in whatever form is agreed
Alcatel-Lucent 1675 LambdaUnite MultiService Switch
Alcatel-Lucent 1675 LambdaUnite MultiService Switch Versatile switching platform designed to meet today s network requirements and to drive future network trends LambdaUnite MultiService Switch (MSS) is
Backbone network technologies. T Jouni Karvo, Timo Kiravuo
Backbone network technologies T-110.300 Jouni Karvo, Timo Kiravuo Backbone network technologies This lecture tells about backbone networks After this lecture, you should know WDM, PDH, SDH and ATM understand
CHAPTER TWO LITERATURE REVIEW
CHAPTER TWO LITERATURE REVIEW 2.1 Introduction. This chapter provides in detail about the multiple access technologies and the OCDMA system. It starts with a discussion on various existing multiple-access
MX Ring. WDM - MUX/DeMUX. MUX/DeMUX. Features Full native mode performance Optical connectors Passive model requires no power.
WDM - MUX/DeMUX MX20-3155 Dual Channel WDM MUX/DeMUX 5 MX20-3155 is a dual channel, passive, protocol transparent, WDM multiplexer/demultiplexer which utilizes two popular WDM lambda channels of 1310nm
Introduction. Coarse Wave Division Multiplexing Solution
Coarse Wave Division Multiplexing Solution Introduction World Wide Packets LightningEdge Coarse Wave Division Multiplexing (CWDM) solution presents service providers with a way to selectively increase
Name of Course : E1-E2 CFA. Chapter 15. Topic : DWDM
Name of Course : E1-E2 CFA Chapter 15 Topic : DWDM Date of Creation : 28.03.2011 DWDM 1.0 Introduction The emergence of DWDM is one of the most recent and important phenomena in the development of fiber
Rate Design for Public Benefit
Rate Design for Public Benefit The transition from service-based rates to loop rates on Chelan PUD s Broadband Network Sep. 20, 2016 No action required today Philosophy Simplify rates and align costs with
DOWNLOAD OR READ : DWDM AND OPTICAL NETWORKS AN INTRODUCTION TO TERABIT TECHNOLOGYCHAOS AN INTRODUCTION TO DYNAMICAL SYSTEMS PDF EBOOK EPUB MOBI
DOWNLOAD OR READ : DWDM AND OPTICAL NETWORKS AN INTRODUCTION TO TERABIT TECHNOLOGYCHAOS AN INTRODUCTION TO DYNAMICAL SYSTEMS PDF EBOOK EPUB MOBI Page 1 Page 2 dwdm and optical networks an introduction
Fibre Optic Communications - Networking
Fibre Optic Communications - Networking Professor Chris Chatwin Module: Fibre Optic Communications MSc/MEng Digital Communication Systems UNIVERSITY OF SUSSEX SCHOOL OF ENGINEERING & INFORMATICS 1 st June
Japan Network. The Level 3 Global Network. Trans-Pacific and Asian Networks. Outline. The Level 3 Network. Metropolitan. Transport Network.
Outline Brief overview of the Level Emerging trends in the ISP industry Two examples of how the industry is disruptively changing Economics of wave division multiplexing How the softswitch conquered the
Simple Optical Network Architectures
Simple Optical Network Architectures Point to Point Link The simplest optical communication system is that linking two points. The length of such links may be a small as 100 m for say, a computer data
FIBER OPTIC NETWORK TECHNOLOGY FOR DISTRIBUTED LONG BASELINE RADIO TELESCOPES
Experimental Astronomy (2004) 17: 213 220 C Springer 2005 FIBER OPTIC NETWORK TECHNOLOGY FOR DISTRIBUTED LONG BASELINE RADIO TELESCOPES D.H.P. MAAT and G.W. KANT ASTRON, P.O. Box 2, 7990 AA Dwingeloo,
Migration Towards Terascale Flexible-Grid Optical Networks. Tanjila Ahmed
Migration Towards Terascale Flexible-Grid Optical Networks Tanjila Ahmed Motivation With traffic growing at 40 percent annually, optical spectrum is becoming scarce, network architectures supporting channels
WDM-PON Architecture Implement Using AWG with Multicasting Efficiency
WDMPON Architecture Implement Using AWG with Multicasting Efficiency Nerkar Narendra N, Kadu Mahesh B Electronics and Telecommunication Department, AVCOE Sangamner, India. ABSTRACT: We present the experimental
Core Networks Evolution
Core Networks Evolution Prof. Daniel Kofman daniel.kofman@enst.fr Telecom Paris - ENST Content Any Service, Any Time, Everywhere, Everyone Towards the triple play and beyond Main trends in Core Networks
Optical Technologies in Terabit Networks. Dr. John Ryan Principal & Chief Analyst RHK
Optical Technologies in Terabit Networks Dr. John Ryan Principal & Chief Analyst RHK Optical Internetworking Forum, Atlanta, June 5th, 2000 IP Traffic Is Exploding... RHK's Internet Traffic Forecast 18,000,000
Module 11 - Fiber Optic Networks and the Internet
Module 11 - Fiber Optic Networks and the Internet Dr. Alan Kost Associate Research Professor Of Sciences, University Of Arizona Dr. Alan Kost is an Associate Research Professor of Sciences in the University
NetAnalyst Test Management Software Automated, Centralized Network Testing. NetComplete Service Assurance Solutions Portfolio
NetAnalyst Test Management Software Automated, Centralized Network Testing NetComplete Service Assurance Solutions Portfolio Ensure High Quality of Service with NetAnalyst As telecommunications networks
Optical Communications and Networking 朱祖勍. Nov. 27, 2017
Optical Communications and Networking Nov. 27, 2017 1 What is a Core Network? A core network is the central part of a telecommunication network that provides services to customers who are connected by
Multi Protocol Label Switching
MPLS Multi-Protocol Label Switching Andrea Bianco Telecommunication Network Group firstname.lastname@polito.it http://www.telematica.polito.it/ Network Management and QoS Provisioning - 1 MPLS: introduction
Multiwavelength Optical Networking Management and Control
2038 JOURNAL OF LIGHTWAVE TECHNOLOGY, VOL. 18, NO. 12, DECEMBER 2000 Multiwavelength Optical Networking Management and Control Brian J. Wilson, Ned G. Stoffel, Jorge L. Pastor, Mike J. Post, Kevin H. Liu,
Optical considerations for nextgeneration
Optical considerations for nextgeneration network Inder Monga Executive Director, ESnet Division Director, Scientific Networking Lawrence Berkeley National Lab 9 th CEF Networks Workshop 2017 September
Chapter 9. Internet. Copyright 2011 John Wiley & Sons, Inc 10-1
Chapter 9 Internet Copyright 2011 John Wiley & Sons, Inc 10-1 Outline 9.2 How Internet Works - Basic Architecture - Connecting to an ISP - Internet Today 9.3 - Internet Access Technologies DSL Cable modems
Backbone network technologies. T Jouni Karvo, Timo Kiravuo
Backbone network technologies T-110.300 Jouni Karvo, Timo Kiravuo Backbone network technologies This lecture tells about landline backbone networks After this lecture, you should know WDM, PDH, SDH and
TYPES OF COMPUTER NETWORKS
TYPES OF COMPUTER NETWORKS What is a Network? A network consists of two or more computers that are linked in order to share resources (such as printers and CDs), exchange files, or allow electronic communications.
To Infinity and Beyond! : Why 40km+ links matter, and what HSSG might do about it
To Infinity and Beyond! : Why 40km+ links matter, and what HSSG might do about it Prepared for March 2007 HSSG Meeting: Orlando FL Telcordia Contact: Name: Ted K. Woodward tkw@research.telcordia.com (732)
MPLS Multi-Protocol Label Switching
MPLS Multi-Protocol Label Switching Andrea Bianco Telecommunication Network Group firstname.lastname@polito.it http://www.telematica.polito.it/ Computer Networks Design and Management - 1 MPLS: introduction
Network Systems for Emerging WAN Applications
Network Systems for Emerging WAN Applications Hitachi Review Vol. 48 (1999), No. 4 169 Akihiko Takase, D.Sc. OVERVIEW: This paper describes wide-area-network architecture from the viewpoints of networking
New Approaches to Optical Packet Switching in Carrier Networks. Thomas C. McDermott Chiaro Networks Richardson, Texas
New Approaches to Optical Packet Switching in Carrier Networks Thomas C. McDermott Chiaro Networks Richardson, Texas Outline Introduction, Vision, Problem statement Approaches to Optical Packet Switching
METRO/ENTERPRISE WDM PLATFORM
F L A S H W A V E METRO/ENTERPRISE WDM PLATFORM SCALABLE OPTICAL TRANSPORT Metro optical transport networks are increasingly defined by the unpredictable convergence of voice, data and video technologies.
Chapter 1 Introduction
Emerging multimedia, high-speed data, and imaging applications are generating a demand for public networks to be able to multiplex and switch simultaneously a wide spectrum of data rates. These networks
100 Gigabit Ethernet is Here!
100 Gigabit Ethernet is Here! Introduction Ethernet technology has come a long way since its humble beginning in 1973 at Xerox PARC. With each subsequent iteration, there has been a lag between time of
Functional Requirements for Grid Oriented Optical Networks
Functional Requirements for Grid Oriented Optical s Luca Valcarenghi Internal Workshop 4 on Photonic s and Technologies Scuola Superiore Sant Anna Pisa June 3-4, 2003 1 Motivations Grid networking connection
SPARTAN Meeting in Kansas. Naoya Henmi and Satoshi Hasegawa May 10, NEC Corporation
SPARTAN Meeting in Kansas Naoya Henmi and Satoshi Hasegawa May 10, 1998 NEC Corporation Contents of Talk 1) Future WDM Based 2) General Issues Network Evolution 3) Protection Architecture Issue NEC s proposal
Gigabit Networks, VLANs & Wireless LANs
Hands-On Gigabit Networks, VLANs & Wireless LANs ( Advanced Local Area Networks ) Course Description This Hands-On course will discuss traditional Ethernet as it is evolving today and its future. Ethernet
BULGARIAN STRATEGY AND POLICY FOR 5G
BULGARIAN STRATEGY AND POLICY FOR 5G Dimitar Dimitrov Acting Director Communications Directorate MTITC, Bulgaria The strategy - a long-term plan of action aimed at achieving a certain goal The policy -
High Speed Migration 100G & Beyond
High Speed Migration 100G & Beyond Moses Ngugi Field Application Engineer 5th September 2017 BANDWIDTH GROWTH Mobile Data IP Video Global Cloud IP Traffic Global IP Traffic Cisco CAGR: 50+% CAGR: 35%+
building better backhaul Dragonwave Product Guide
building better backhaul EVERywhere Dragonwave Product Guide building better backhaul EVERywhere As service providers and enterprises scale their wireless access networks to enable powerful new applications
Communications and Networking 1
Communications and Networking 1 ET4254 CS4225 CS5222 Lecturer: Dr. Kevin Murphy kevin.murphy@ul.ie Electronic & Computer Engineering Department, University of Limerick, Limerick 1 ET4254 - Communications
Lowering the Costs of Optical Transport Networking
Lowering the Costs of Optical Transport Networking Deploying your own network even in a slowing economy with shrinking budgets! Rob Adams, VP Product Marketing/Product Line Management Who is Ekinops Private
Synchronous Optical Networks (SONET) Advanced Computer Networks
Synchronous Optical Networks (SONET) Advanced Computer Networks SONET Outline Brief History SONET Overview SONET Rates SONET Ring Architecture Add/Drop Multiplexor (ADM) Section, Line and Path Virtual
Introduction Metro Area Optical Networks Components of a MAN Metro Service POP Core MAN Services Access Services Metro Optical Services Service POP
Introduction Metro Area Optical Networks Components of a MAN Metro Service POP Core MAN Services Access Services Metro Optical Services Service POP Services Core Services MAON Physical Topologies Four
A Review of Traffic Management in WDM Optical Networks: Progress and Challenges
www.ijecs.in International Journal Of Engineering And Computer Science ISSN:2319-7242 Volume 6 Issue 8 August 2017, Page No. 22309-22313 Index Copernicus value (2015): 58.10 DOI: 10.18535/ijecs/v6i8.13
Technologies from A to Z, What would YOU like to SEE?
A Access Control & Physical Security Accreditation/Certification Acoustics Acquisition Management Aeronautical Engineering Aerospace Repair Equipment Air Traffic Control Airborne C2 Systems Amplifiers
2000 Technology Roadmap Optoelectronics. John Stafford, Motorola January 17, 2001
2000 Technology Roadmap Optoelectronics John Stafford, Motorola January 17, 2001 Optoelectronic Roadmap Agenda Optoelectronics Market Overview Optical Communications Roadmap Optical Communications Technology
FLEXING NEXT GENERATION OPTICAL MUSCLES
FLEXING NEXT GENERATION OPTICAL MUSCLES A Perspective on Flexi-rate Innovation and True 400G From high-capacity data center connectivity to LTE-enabled mobility, the foundation of our modern communications
WITH RELIABLE, AFFORDABLE ENTERPRISE PRI
POWER YOUR PHONE SERVICE WITH RELIABLE, AFFORDABLE ENTERPRISE PRI Increase Users Without Compromising Quality, Stability, Security or Continuity If your medium or large-size company needs the most reliable
NGON2016. July 1, 2016
NGON2016 July 1, 2016 SK Telecom Overview SK Telecom(SKT) provides integrated telecommunication services and pursues growth biz. through transforming to Lifestyle, IoT and Media Platform Provider Corporate
Trends and evolution of transport networks. F.-Joachim Westphal SL SI, IBU Telco, SSC ENPS (known as Technology Center before)
Trends and evolution of transport networks F.-Joachim Westphal SL SI, IBU Telco, SSC ENPS (known as Technology Center before) Carriers Dilemma... Presented 2001 Demand growing slowed down but it still
Wireless technology Principles of Security
Wireless technology Principles of Security 1 Wireless technologies 2 Overview This module provides an introduction to the rapidly evolving technology of wireless LANs (WLANs). WLANs redefine the way the
Fig. 1 Voice and data growth
Modern society is continually making new demands on telecommunications. In the foreseeable future, for example, it will have to be possible to access great volumes of data and process them anywhere and
Resources allocation and routing in WDM Metropolitan Networks
Resources allocation and routing in WDM politan Networks T. Almeida 1 and M. Pousa 1 1 Portugal Telecom Inovação SA, Rua Engº Pinto Bastos, 3810-119 Aveiro, Portugal. Abstract 1 politan telecommunications
High-Speed Networking: Trends and Issues
High-Speed Networking: Trends and Issues Future Joan Joan Quigly Quigly White White House House Astrologer Astrologer All I want you to tell me is what will be the networking technology in the year 2000.