Architectures for the Next Generation Internet and the Future Networks

ABSTRACT:

This tutorial on latest advances in future networking architectures is designed for researchers, engineers and managers involved in future networking product strategies. Networking research funding agencies in USA, Europe, Japan, and other countries are encouraging research on revolutionary architectures that may or may not be bound by the restrictions of the current TCP/IP based Internet. We present an overview of a number of such research projects and activities in this direction. The topics covered include: Clean-Slate Research Programs, Internet 3.0, Virtualization, ID-Locator Separation, Content Centric Networking, OpenFlow, and Delay-tolerant networks.

Detailed Outline:

1. Future Internet Projects
   • Why to worry about Future Internet?
   • Key Problems with Current Internet
   • Names, IDs, Locators
   • Future Internet: Areas of Research
   • Five Trends in Networking
   • Trend 1: Moore’s Law
   • Trend 2: Multihoming + Mobility
   • Trend 3: Wireless Edge
   • Trend 4: Declining Revenues in Transport
   • Trend 5: Profusion of Services
2. Internet 3.0: Next Generation Internet
   • Internet Generations
   • Service Center Evolution
   • Globally Distributed Services
   • Trend: Private Smart WANs
   • OpenSDN
   • Ten Key Features that Services Need
   • Five Arch Design Principles for Success
   • Networking: Failures vs Successes
   • Five Architecture Design Principles
   • The Narrow Waist
3. Content Centric Networks
   • Content-Centric Networks
   • CCN Packets
   • CCN Capable Routers Operation
   • CCN Security
   • VOIP over CCN
4. Challenged Networks
   • Delay/Disruption Tolerant Net (DTN)
   • Bundle Protocol
   • Bundle Delivery Options
   • Known Issues with Bundle Protocol
   • Other Challenged Environments
5. Routing Architectures
   • OpenFlow
   • Software Defined Networks
   • Reactive and Proactive Operation
   • Current Limitations of OpenFlow
   • ID-Locator Split
   • HIP
   • ID Locator Split via Core-Edge Separation
   • LISP Protocol Details
   • MILSA
6. Next Generation Testbeds
   • PlanetLab
   • Emulab
   • Federation
   • GENI
   • GENI Requirements
   • GENI Subsystems
   • GENI Prototype Clusters
   • Virtualizable Network Concept
   • Virtualization
   • Supercharged PlanetLab Platform (SPP)
   • FP7/ICT Program 2011/12
   • FIRE
   • Japan
   • AKARI Components
7. FIA
• Top 10 Features of Next Generation Internet
• NSF FIA Winners
• XIA
• eXpressive Internet Protocol (XIP)
• XIP Packet Header
• XIP Transfer Example
• Services on XIA
• MobilityFirst
• NEBULA

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