Description

Book Synopsis
In 1999-2000, VoIP (Voice-over-IP) telephony was one of the successful buzzwords of the telecom bubble era. However, in 2001-2003, VoIP faced a very tough reality check. This book offers a comprehensive overview of the issues to solve in order to deploy global revenue-generating effective "multimedia" services.

Table of Contents
Glossary.

List of Abbreviations.

1. Introduction.

1.1 The rebirth of VoIP.

1.2 Why beyond VoIP protocols?

1.3 Scope of this book.

1.4 Intended audience.

1.5 Conclusion.

1.6 References.

2. Introduction to Speech-coding Techniques.

2.1 A primer on digital signal processing.

2.2 The basic tools of digital signal processing.

2.3 Overview of speech signals.

2.4 Advanced voice coder algorithms.

2.5 Waveform coders. ADPCM ITU-T G.726.

2.6 Hybrids and analysis by synthesis (ABS) speech coders.

2.7 Codebook-excited linear predictive (CELP) coders.

2.8 Quality of speech coders.

2.9 Conclusion on speech-coding techniques and their near future.

2.10 References.

2.11 Annexes.

3. Voice Quality.

3.1 Introduction.

3.2 Reference VoIP media path.

3.3 Echo in a telephone network.

3.4 Delay.

3.5 Acceptability of a phone call with echo and delay.

3.6 Conclusion.

3.7 Standards.

4. Quality of Service.

4.1 Introduction: What is QoS?

4.2 Describing a data stream.

4.3 Queuing techniques for QoS.

4.4 Signaling QoS requirements.

4.5 The CableLabs® PacketCableTM quality-of-service specification: DQoS.

4.6 Improving QoS in the best effort class.

4.7 Issues with slow links.

4.8 Conclusion.

4.9 References.

4.10 Packet size annex.

5. Network Dimensioning.

5.1 Simple compressed voice flow model.

5.2 Building a network dedicated to IP telephony.

5.3 Merging data communications and voice communications on one common IP backbone.

5.4 Multipoint communications.

5.5 Modeling call seizures.

5.6 Conclusion.

5.7 References.

6. IP Multicast Routing.

6.1 Introduction .

6.2 When to use multicast routing.

6.3 The multicast framework.

6.4 Controling scope in multicast applications.

6.5 Building the multicast delivery tree.

6.6 Multicast-routing protocols.

6.7 The mBone.

6.8 MULTICAST issues on non-broadcast media.

6.9 Conclusion.

6.10 References .

Index.

Beyond VoIP Protocols Understanding Voice

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    A Hardback by Olivier Hersent, Jean-Pierre Petit, David Gurle

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      View other formats and editions of Beyond VoIP Protocols Understanding Voice by Olivier Hersent

      Publisher: John Wiley & Sons Inc
      Publication Date: 14/01/2005
      ISBN13: 9780470023624, 978-0470023624
      ISBN10: 0470023627

      Description

      Book Synopsis
      In 1999-2000, VoIP (Voice-over-IP) telephony was one of the successful buzzwords of the telecom bubble era. However, in 2001-2003, VoIP faced a very tough reality check. This book offers a comprehensive overview of the issues to solve in order to deploy global revenue-generating effective "multimedia" services.

      Table of Contents
      Glossary.

      List of Abbreviations.

      1. Introduction.

      1.1 The rebirth of VoIP.

      1.2 Why beyond VoIP protocols?

      1.3 Scope of this book.

      1.4 Intended audience.

      1.5 Conclusion.

      1.6 References.

      2. Introduction to Speech-coding Techniques.

      2.1 A primer on digital signal processing.

      2.2 The basic tools of digital signal processing.

      2.3 Overview of speech signals.

      2.4 Advanced voice coder algorithms.

      2.5 Waveform coders. ADPCM ITU-T G.726.

      2.6 Hybrids and analysis by synthesis (ABS) speech coders.

      2.7 Codebook-excited linear predictive (CELP) coders.

      2.8 Quality of speech coders.

      2.9 Conclusion on speech-coding techniques and their near future.

      2.10 References.

      2.11 Annexes.

      3. Voice Quality.

      3.1 Introduction.

      3.2 Reference VoIP media path.

      3.3 Echo in a telephone network.

      3.4 Delay.

      3.5 Acceptability of a phone call with echo and delay.

      3.6 Conclusion.

      3.7 Standards.

      4. Quality of Service.

      4.1 Introduction: What is QoS?

      4.2 Describing a data stream.

      4.3 Queuing techniques for QoS.

      4.4 Signaling QoS requirements.

      4.5 The CableLabs® PacketCableTM quality-of-service specification: DQoS.

      4.6 Improving QoS in the best effort class.

      4.7 Issues with slow links.

      4.8 Conclusion.

      4.9 References.

      4.10 Packet size annex.

      5. Network Dimensioning.

      5.1 Simple compressed voice flow model.

      5.2 Building a network dedicated to IP telephony.

      5.3 Merging data communications and voice communications on one common IP backbone.

      5.4 Multipoint communications.

      5.5 Modeling call seizures.

      5.6 Conclusion.

      5.7 References.

      6. IP Multicast Routing.

      6.1 Introduction .

      6.2 When to use multicast routing.

      6.3 The multicast framework.

      6.4 Controling scope in multicast applications.

      6.5 Building the multicast delivery tree.

      6.6 Multicast-routing protocols.

      6.7 The mBone.

      6.8 MULTICAST issues on non-broadcast media.

      6.9 Conclusion.

      6.10 References .

      Index.

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