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In this paper, we provide a throughput analysis
of the IEEE 802.11 protocol at the data link layer in nonsaturated
traffic conditions taking into account the impact of
both transmission channel and capture effects in Rayleigh fading
environment. Impacts of both non-ideal channel and capture
become important in terms of the actual observed throughput in
typical network conditions whereby traffic is mainly unsaturated,
specially in an environment of high interference.
We extend the multi-dimensional Markovian state transition
model characterizing the behavior at the MAC layer by including
transmission states that account for packet transmission failures
due to errors caused by propagation through the channel, along
with a state characterizing the system when there are no packets
to be transmitted in the buffer of a station
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