TCP Performance in Wireless multi-hop Networks: Difference between revisions

From
Jump to navigation Jump to search
Line 1: Line 1:
== Introduction ==
== Introduction ==
<table>
<tr>
<td>&nbsp;&nbsp;</td>
<td>
<li>Early research showed TCP suffers poor Performance in wireless networks because of packet losses and corruption caused by wireless inducted errors
<li>Early research showed TCP suffers poor Performance in wireless networks because of packet losses and corruption caused by wireless inducted errors


Line 11: Line 15:


<li>Then present analysis of the use of explicit notification techniques to counter the affects of link failures
<li>Then present analysis of the use of explicit notification techniques to counter the affects of link failures
</td>
</table>


== Simulation Environment and Methodology ==
== Simulation Environment and Methodology ==

Revision as of 15:49, 30 January 2005

Introduction

  
  • Early research showed TCP suffers poor Performance in wireless networks because of packet losses and corruption caused by wireless inducted errors
  • Further studies searched for mechanism to improve TCP performance in cellular wireless systems
  • Other researches investigated other network problems that negativly affect TCP performance, such as bandwidth asymmetry and large round trip times, which are prevalent in satelite networks
  • During the presentaition we adress another network charackteristic that impacts TCP performance, which is common in mobile ad hoc networks: link failures due to mobility
  • First present performance analysis of standart TCP over mobile ad hoc networks
  • Then present analysis of the use of explicit notification techniques to counter the affects of link failures
  • Simulation Environment and Methodology

    Performance Metric

    Measurement of TCP-Reno Throughput

    Mobility Induced Behaviours

    TCP Performance Using Explicit Feedback

    Split-TCP

    Conclusion

    References