Architectures for the Next Generation Internet  and the Future Networks

• Future Internet Projects
• 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
• Internet 3.0: Next Generation Internet
• Internet Generations
• Service Center Evolution
• Globally Distributed Services
• Trend: Private Smart WANs
• OpenADN
• 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.+5. Routing Architectures
• OpenFlow
• Reactive and Proactive Operation
• Flow-based vs. Aggregated
• Current Limitations of OpenFlow
• Software Defined Networks
• Problem: Complex Routers
• Solution: Divide, Simplify and Standardize
• Multi-Tenant SDN Architecture
• SDN Architecture Component Examples
• SDN Abstractions
• SDN Impact
• ID-Locator Split
• HIP
• 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
• 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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