This paper proposes an efficient reliable broadcasting protocol by taking care of the potential broadcast storm problem that could occur in the medium-access level.
Outside of a tactical context, non-cooperative tactics at the medium access control (MAC) level have not been as widespread, perhaps due to the increased difficulty of modifying lower-level networking drivers by users or third parties, but such modifications are possible.
Wireless mesh networks (WMNs) appeared as a promising approach to deal with heterogeneity and diversity of wireless networks, by introducing multi-hop forwarding at medium access control (MAC) level and allowing wireless interconnection of multiple access points [2].
Managing such real-time data transmission, scheduling algorithm at medium access control layer can be a core function because the algorithm directly controls the level of quality-of-service (QoS).
Currently, it is an urgent need to develop new spectrum sharing schemes at medium access control (MAC) layer for providing required level of QoS and operate under tolerable interference limit.
Hence, efficient scheduling at the medium access control (MAC) protocol level is needed to properly allocate network resources, especially when coping with bursty multimedia users.
Since the design is based on a light traffic model, we also provide simulation results (using models for the IEEE 802.15.4 physical layer and medium access control) to assess the traffic levels up to which the QoS objectives continue to be met.
Clearly, relaying requires more complicated system level algorithms (medium access control MAC--layer and higher) in order to achieve good results in a network of wireless stations.
More generally, efforts to reduce energy consumption are undertaken at different levels such as medium access protocols [5] by dynamically adapting the listen/sleep duty cycle.
Such tools are required to evaluate the packet-level impact of OSA network parameters, novel medium access control (MAC) algorithms, channel sensing order strategies, etc.
In this paper, such kind of high-sensitive sensing device with low sensing level for route construction as well as for the medium access is used.
