Gugrajah_Yuvaan_ Ramesh_2003.pdf
Gugrajah_Yuvaan_ Ramesh_2003.pdf
Gugrajah_Yuvaan_ Ramesh_2003.pdf
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Conclusion Chapter 6<br />
variance), it could take infinitely. long for a system to reach steady state. The<br />
traditional steady state assumption is therefore worth investigating.<br />
The adaptation of this assumption to ad hoc networks also needs to be investigated<br />
further. Accounting for topology changes has not been included in the analytical<br />
model because it is currently difficult to determine the steady state of an ad hoc<br />
network. Further work would involve overcoming this hurdle and incorporating<br />
mobility in the analytical model. Routing protocols would then be easily evaluated<br />
and optimised.<br />
The interference distribution has been modelled as Gaussian in keeping with the<br />
results obtained from field trials with cellular CDMA networks. In order to determine<br />
whether these estimations and· assumptions are correct, experiments need to be<br />
conducted to determine the physical layer attributes of wireless multihop networks.<br />
6-5
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