
IP Applications and Services 2003: A Comprehensive Report
Format: Spiral-Bound, 391 pages
ISBN: 1-931695-12-1
Price:
$495

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| Overview · Table of Contents · Features · Organizations · Who Should Read This Report |
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TABLE OF CONTENTS
| Part I. Converged Infrastructure | |
| A. Network Design and Elements | |
| Hybrid Service Architecture Guidelines | |
| Functions Required to Provide a Service | |
| Realizing These Functions in Today's Networks | |
| Evaluation Parameters | |
| 311 Service Example | |
| Carrier Softswitching | |
| The Four Drivers of the New Public Network | |
| A Brief History of Softswitching | |
| Deploying A Softswitch-Based Next-Generation Carrier Network: Challenges and Benefits | |
| NGSP Implementation Strategy | |
| Realizing These Functions in Today's Networks | |
| Network Architecture | |
| Challenges and Benefits | |
| Designing a Stable, Highly Available Router for New Service Deployment | |
| Improving Hardware Availability | |
| Improving Software Availability | |
| Session-Aware Networking: Architecture for the King's Next Throne | |
| The King Is Dead (Interactive Communication RulesAgain and Again and Again) | |
| Next-Gen Killer Apps (Customers Ready, Network NOT!) | |
| Looming SIP Tidal Wave (Smashes Barriers, New Killer Apps Surface) | |
| Across One Net, Two Nets, the Internet, and Beyond (Interactive Communication Mandates New Networking Model) | |
| Today's Products (Necessary but Insufficient) | |
| Session-Aware Networking (New Architecture Delivers Interactive Communication across IP Networks) | |
| Inspecting the Details (The Building Blocks of Session-Aware Networking) | |
| Making It Real (Platform Requirements for Successful Deployment) | |
| Long Live the King (Interactive Communication Rules All NetsNet Work, Net Revenue, Net Income) | |
| B. IN/NGN Convergence | |
| Convergence of Circuit Switching and Packet Switching in Future Communications Networks | |
| The Goal of an Integrated Communications Network | |
| Convergence of Circuit Switching and Packet Switching | |
| Operation of Circuit Switching Networks | |
| Operation of Packet Switching Networks | |
| Rationale for Dynamic Channel Switching | |
| Operation of an Ideal Network | |
| Backward Compatible Network Operation | |
| Sharing Intelligence and Advanced Services | |
| Goals of the NGN | |
| Features and Issues | |
| Intelligence | |
| Architecture for Sharing Intelligence | |
| Bridging The Gap: ENUM Makes Voice/Data Network Convergence Work | |
| What's a Numbering Plan? | |
| The Internet Numbering Approach | |
| Complications Arise | |
| ENUM Is the Answer | |
| Related Standards and Developments | |
| Leveraging PSTN Assets to Deliver Next-Generation Services | |
| Intelligent Network | |
| Issues Related to Evolving IN Services | |
| Next-Generation Networks: The Service Offering Standpoint | |
| Architectural Framework | |
| Service Scenarios | |
| NGN Architecture versus UMTS | |
| New Services on a Converged Network: What the End User Wants | |
| Converged Services: Deployment Challenges in Existing and NG Networks | |
| Next-Generation Converged Services | |
| NG Architecture | |
| Converged Service Node | |
| Converged Service Use Case: VVPN | |
| VVPN Scenario #1 | |
| VVPN Scenario #2 | |
| C. Standards, Protocols, and Quality of Service | |
| Carrier Class in IP Networks: What's It All About? | |
| What Is Carrier Class? | |
| IP Networks | |
| Requirements: Carrier-Class IP Networks | |
| SIP Fulfilling the Promise of IP Telephony | |
| Protocols from Different Worlds | |
| Two Unique Features, Many New Applications | |
| Adding Value to IP Telephony | |
| A Bridge from SIP "Islands" to the Next-Generation Internet | |
| Interworking with Legacy Networks | |
| Value-Added Services: The Heart of NGI | |
| Mass Deployment and Network Management | |
| NGI Solutions Ensure Long-Term Success | |
| Evolution of the STP as a Multiprotocol Router | |
| Existing Signaling Architectures | |
| Motivations to Change Signaling | |
| Migration to NG Signaling Core Network | |
| Signaling Router Functions and Protocols | |
| NGN Signaling Vision | |
| Service Availability: A Technological Perspective | |
| Market and Technology Drivers | |
| FT/HA Concepts | |
| Examples of FT/HA and DFT/HA Solutions | |
| SIPtoH.323 Interworking | |
| Mixed Signals | |
| Technical Issues | |
| D. Migration Issues | |
| Signaling Gateways, Distributed Architecture, and the Hybrid Plane | |
| Convergence | |
| The SS7, IP, and Hybrid Planes | |
| Strategies for Next-Generation Networks: Migration and Deployment | |
| IP Services | |
| Next-Generation Network Migration | |
| Multiprotocol Label Switching | |
| Case Study: Bringing IP Services to ATM Networks | |
| Risks and Rewards: Strategies for Migrating Corporate Voice Traffic to the Data Network | |
| The Rewards of Voice over IP | |
| Risk Factors in Voice-overIP Migration | |
| Voice-overIP Implementation Options | |
| Eliminating Risk with Intelligent, Multipath Voice/Data Switching | |
| E. OSS Issues | |
| Achieving Intelligent Routing over the Internet | |
| The Market Problem | |
| Internet Routing Today | |
| The Limitations of BGP | |
| Requirements for Intelligent Routing | |
| A Practical Approach for the Regression Testing of IP-Based Applications | |
| Test Process for Complex Systems | |
| User-Friendly Design of Test Cases for Complex Systems | |
| Testing IPBased Applications | |
| Getting More Value from Internet Offload Networks: Next-Generation Management Tools Are the Key | |
| Improving Network Reliability While Controlling Costs | |
| Assuring Revenue from Offload Customers | |
| Efficiency of Dynamic Bandwidth Markets | |
| Base Case | |
| Price Elasticity | |
| Growing Traffic with Static Pricing | |
| Growing Traffic with Dynamic Pricing | |
| Dynamic Pricing versus Versioning | |
| Convergent Mediation: The Strategic Technology Tool for Communications Service Providers | |
| The Role of Mediation | |
| Convergent Mediation Functions | |
| Part II. IP Applications and Services | |
| A. Service Creation | |
| Revenue Generation through IP Service Creation | |
| Burning Business Issues for Today's Service Providers | |
| Operations Support Systems Issues Fan the Flames | |
| Flow-Through Provisioning Building Blocks: NRM and Service Creation | |
| Revenue Generation via IP Service Creation... Delivered | |
| Service Control: The Next Critical Step in IP Networking | |
| The Three Phases of Broadband Service Deployment | |
| Broadband Provider Service Challenges | |
| Requirements for a Service-Control Solution | |
| Service-Control Applications for Broadband Services | |
| Next-Generation Service Fulfillment | |
| Today's IP Service-Fulfillment Reality | |
| Next-Generation Service-Fulfillment Solution | |
| Next-Generation Service-Fulfillment Delivers | |
| B. Voice over IP | |
| Clearinghouse Model | |
| Traditional Traffic Sharing | |
| The IP Clearinghouse | |
| Models for VoIP Deployment | |
| Architecture for Intercarrier Telephony | |
| Network Features | |
| Implementation of IP Telephony over CATV in North America | |
| The Solution: The Access Gateway Concept | |
| The Evolution of Network Convergence Requirements for Voice-over-Packet Processing | |
| Voice Processing Functions | |
| Common Packet Formats | |
| How Voice over Packet Is Used for Commercial Purposes | |
| Port Density: Claims and Reality | |
| C. Mobile Data Services | |
| Bringing Broadband Data to the Wireless Mobile Market | |
| Wireless Mobile Technology Evolution: A Brief History | |
| Creating a Compelling Services and Applications Development Environment | |
| Service-Creation Environment Required for Wireless Mobile Data Networks | |
| Edging into the Core: Understanding the IP Backbone in a Wireless Mobile Network | |
| Exploiting the Opportunities for Personalized Mobile Data Services | |
| Managing through Phases of Change | |
| The Challenge: Dealing with Near-Term Realities | |
| A Blueprint for Managing through the Mobile Data Evolution | |
| Navigating through the Mobile Networking Evolution | |
| 3G Wireless Networks: Services and Challenges | |
| Deployment of 3G | |
| 3G Services | |
| Technical Challenges of 3G Networks | |
| Alternatives to 3G | |
| D. Location Services | |
| Protecting Privacy for Location Services | |
| Consumer Concerns | |
| Industry and Government Responses | |
| Industry Proposals | |
| Relevant Laws | |
| Commercial Location Services: Ready for Prime Time | |
| Why Network-Based Call Centers? | |
| What Is a Network-Based Call Center? | |
| The New Network-Based Call Center | |
| Benefits of Subscribing to Hosted Call-Center Services | |
| Business Case for Subscribing to Network-Based Call-Center Services | |
| Business Case for Network-Based Call-Center Service Provider | |
| E. IP VPNs | |
| Requirements for Next-Generation Network-Based VPNs: MPLS and Virtual Router Technology Takes the Network Edge to the Next Level | |
| The Network-Based VPN Challenge | |
| Proposed Architecture for Network-Based VPNs | |
| VPN Implementation and Management | |
| Service Opportunities | |
| The Importance of Control-Plane Scalability in Deploying Provider-Based IP VPN Services | |
| Layer-2 VPN Deployment | |
| Layer-3 VPN Deployment | |
| Management, Marketing, and Network Evolution | |
| Strategies for Delivering VPN Connectivity | |
| What Is a VPN? | |
| Types of VPNs | |
| VPN Service-Level Agreements | |
| What's Missing? | |
| F. Enhanced IP Services | |
| Deploying Enhanced Services | |
| State of the Industry | |
| Infrastructure Investment | |
| Managed Services | |
| Benefits from a Managed-Provider Perspective | |
| The Service-Provider Perspective | |
| Benefits of Enhanced Services for Business Users | |
| Video over IP: Using UDP/IP to Transport Video Streams | |
| IPTV | |
| Videoconferencing | |
| Video Monitoring | |
| Video Surveillance | |
| Video Distribution | |
| Transport Carriers | |
| Video-Monitoring Example | |
| Recent Advancements in IM, UM, and Unified Communications | |
| The IM Generation | |
| Unified Messaging/Communications | |
| Technology Drivers | |
| Wireless Bandwidth and Voice Recognition | |
| Softphones | |
| User Expectations and Experience Drivers | |
| Messaging and the Set-Top Box | |
| Limitations and Challenges | |
| Enhanced Services in NextGen Networks | |
| Networking Paradigms | |
| Wireless-to-Internet Conversions | |
| ENUM | |