MAC time & delay analysis of exponentially distributed nodes in adhoc network

In wireless adhoc network, important issue is connectivity between nodes & establishment of link. There are many parameters which influences packet delivery ratio, throughput & energy of a node but it has strong dependency on distance between the nodes & their placement. For commercial wireless network uniform distribution of nodes are impractical but implementing connectivity of non-uniform nodes is almost in nonexistence. Relay of traffic pattern of mobile node plays an important role towards minimizing energy and transmission time. MAC Protocol describes the usage of spectrum by sharing the channel efficiently among users. Routing plays a vital role in deciding mobile adhoc network performance. There is a need for protocol for searching & deciding the communication path with the routing algorithm for delivering data along the networks. Channel qualities in wireless communication are an important parameter for deciding network performance. In our research paper, we have done distribution of nodes using exponential & constant pattern and estimated transmission time, MAC time & Queuing delay in wireless adhoc network for different channel conditions i.e. no path loss, fading, line of sight & shadowing.