On load regulated CSMA

In this paper, we derive throughput of a threshold based transmission policy, namely Load-regulated CSMA, taking into account the propagation delay of the medium and the offered load at different probability of the fading channel. In case of the saturated load regulated CSMA, a trivial relationship between deterministic offered load to the channel at a particular fading channel condition and the maximum possible offered load has been shown. We further extend the load regulation concept into multi-channel domain. Both single and multi-channel load regulated CSMA improves the throughput of the system compared to the existing CSMA system which does not consider channel fading to control the packet transmissions

On load regulated CSMA

In this paper, we derive throughput of a threshold based transmission policy, namely Load-regulated CSMA, taking into account the propagation delay of the medium and the offered load at different probability of the fading channel. In case of the saturated load regulated CSMA, a trivial relationship between deterministic offered load to the channel at a particular fading channel condition and the maximum possible offered load has been shown. We further extend the load regulation concept into multi-channel domain. Both single and multi-channel load regulated CSMA improves the throughput of the system compared to the existing CSMA system which does not consider channel fading to control the packet transmissions