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Free-riding Resilient Video Streaming in Peer-to-Peer Networks

Free-riding Resilient Video Streaming in Peer-to-Peer Networks

Free-riding Resilient Video Streaming in Peer-to-Peer

Free-riding Resilient Video Streaming in Peer-to-Peer Networks Jacob Jan David Mol Free-riding Resilient Video Streaming in Peer-to-Peer Networks Jacob Jan David Mol

  • Page 3 and 4: Free-riding Resilient Video Streami
  • Page 7: Preface The thesis that you see in
  • Page 10 and 11: ii Contents 2.4.2 Peer Arrivals and
  • Page 12: iv Contents 5.6.3 Behaviour of Fire
  • Page 16 and 17: 2 Chapter 1. Introduction of viewer
  • Page 18 and 19: 4 Chapter 1. Introduction that are
  • Page 20 and 21: 6 Chapter 1. Introduction peer 1 pe
  • Page 22 and 23: 8 Chapter 1. Introduction stream wi
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  • Page 28 and 29: 14 Chapter 1. Introduction Tree-bas
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    38 Chapter 2. Tree-based Live Strea

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    40 Chapter 2. Tree-based Live Strea

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    42 Chapter 2. Tree-based Live Strea

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    44 Chapter 2. Tree-based Live Strea

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    46 Chapter 2. Tree-based Live Strea

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    49 Chapter 3 Swarm-based Video-on-D

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    3.1. Problem Description 51 how a P

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    3.2. Give-to-Get 53 Algorithm 1 Unc

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    3.2. Give-to-Get 55 p c g video dat

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    3.2. Give-to-Get 57 • Low priorit

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    3.3. Experiments 59 unchoking. In t

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    3.3. Experiments 61 chunk loss (%)

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    3.3. Experiments 63 chunk loss (%)

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    3.3. Experiments 65 chunk loss (%)

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    3.4. Analysis 67 3.4 Analysis The p

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    3.4. Analysis 69 Parameter Symbol V

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    3.4. Analysis 71 350 300 number of

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    3.4. Analysis 73 number of peers 35

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    3.5. Related Work 75 number of peer

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    3.6. Conclusions 77 Such a division

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    80 Chapter 4. Swarm-based Live Stre

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    82 Chapter 4. Swarm-based Live Stre

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    84 Chapter 4. Swarm-based Live Stre

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    86 Chapter 4. Swarm-based Live Stre

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    88 Chapter 4. Swarm-based Live Stre

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    90 Chapter 4. Swarm-based Live Stre

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    92 Chapter 4. Swarm-based Live Stre

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    94 Chapter 4. Swarm-based Live Stre

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    96 Chapter 4. Swarm-based Live Stre

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    98 Chapter 4. Swarm-based Live Stre

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    100 Chapter 4. Swarm-based Live Str

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    102 Chapter 4. Swarm-based Live Str

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    104 Chapter 5. Bounds on Bandwidth

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    106 Chapter 5. Bounds on Bandwidth

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    108 Chapter 5. Bounds on Bandwidth

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    110 Chapter 5. Bounds on Bandwidth

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    112 Chapter 5. Bounds on Bandwidth

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    114 Chapter 5. Bounds on Bandwidth

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    116 Chapter 5. Bounds on Bandwidth

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    118 Chapter 5. Bounds on Bandwidth

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    120 Chapter 5. Bounds on Bandwidth

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    122 Chapter 5. Bounds on Bandwidth

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    124 Chapter 5. Bounds on Bandwidth

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    127 Chapter 6 Conclusion WITH THE B

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    6.2. Future Work 129 firewalls and

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    131 Bibliography [1] DAS: Distribut

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    Bibliography 133 [21] Miguel Castro

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    Bibliography 135 In Proc. of the 1

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    Bibliography 137 [62] Dmitri Loguin

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    Bibliography 139 [82] Louis Aimé A

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    Bibliography 141 [103] X. Zhang, J.

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    144 Summary it, are called free-rid

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    147 Samenvatting TELEVISIE EN FILM

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    Samenvatting 149 bedienen. Het voor

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    151 Curriculum Vitae JACOB JAN DAVI

Free-riding Resilient Video Streaming in Peer-to-Peer Networks
Free-riding Resilient Video Streaming in Peer-to-Peer Networks
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