© 2013 The SmartenIT Consortium 1 Commercial in Confidence 2.4: Game Theoretic approach to Horst-RB...
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Transcript of © 2013 The SmartenIT Consortium 1 Commercial in Confidence 2.4: Game Theoretic approach to Horst-RB...
© 2013 The SmartenIT Consortium 1
Com
merc
ial in
Confid
ence
2.4: Game Theoretic approach to Horst-RB
Mateusz Wielgosz, AGH? ?, ? ?, 2014
Socially-aware Management of New Overlay Application Traffic combined with Energy Efficiency in the Internet
European Seventh Framework STREP FP7-2012-ICT-317846 http://www.smartenit.eu
© 2013 The SmartenIT Consortium 2
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ence
Players – End user and Provider
Provider is interested in reduction of his inter-domain traffic. He must weigh cost/benefit (C, B) of the mechanism.
End user benefits from higher QoS (Q), but may suffer from delay (due to searching for local/prefetched content) and may need encouraging to participate in WiFi sharing mechanism (privacy issues?) (D, S).
User \ Provider Provider supports HORST HORST not supported
Using HORST [Q – (D+S) , B – C] [0 , 0]
Not using HORST [0 , B-C] [0 , 0]
© 2013 The SmartenIT Consortium 3
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Chain migration
More users participate home router sharing, more likely each user is to benefit from improved QoS.
Assuming gaussian distribution of users, cumulative benefit function therefore is expected to reflect cumulative distribution of normal distribution.
0 20 40 60 80 100 1200
0.2
0.4
0.6
0.8
1
1.2
© 2013 The SmartenIT Consortium 4
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To be adressed
Simulation analysis Delay aspect of HORST search for local content.
© 2013 The SmartenIT Consortium 5
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Thank you !
Questions?