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Published April 2008 | Version Published
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ACK-Clocking Dynamics: Modelling the Interaction between Windows and the Network

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Abstract

A novel continuous time fluid flow model of the dynamics of the interaction between ACK-clocking and the link buffer is presented. A fundamental integral equation relating the instantaneous flow rate and the window dynamics is derived. Properties of the model, such as well-posedness and stability, are investigated. Packet level experiments verify that this new model is more accurate than existing models, correctly predicting qualitatively different behaviors, for example when round trip delays are heterogeneous.

Additional Information

© 2008 IEEE. The authors thank Niels Möller for useful discussions. This work was supported by the KTH ACCESS Linnaeus Centre, the Swedish Research Council, the Swedish Foundation for Strategic Research, and the European Commission through the Network of Excellence HYCON and the Integrated Project RUNES; by NSF under grants 0435520 and EIA-0303620, the WAN-in-Lab project.

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Eprint ID
80175
Resolver ID
CaltechAUTHORS:20170810-130929589

Funding

KTH ACCESS Linnaeus Centre
Swedish Research Council
Swedish Foundation for Strategic Research
European Commission
NSF
OAC-0435520
NSF
EIA-0303620

Dates

Created
2017-08-11
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Updated
2021-11-15
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