Propagation analysis of MIMO ad hoc network in hybrid propagation model and implement less propagation loss algorithm to find the minimum loss route

Abstract

Developing applications, especially real time ones mobile ad hoc network (MANET) requires a reasonable assurance of the likely performance of the network. MANET is realised by mobile nodes which communicate difficult task. Amongst many important properties of radio propagation model has to be selected carefully. This paper presents a hybrid propagation model of ad hoc network with multiple numbers of antennas. The hybrid technique ensures improved accuracy and practicality of the entire modelling environment. Currently study a modelled network consisting of ad hoc nodes with multiple antennas in different terrain and the propagation loss is calculated of the modelled network for the each ad hoc node. A loss less routing algorithm is implemented here and finally minimum loss route is selected for propagation in different terrain.

Fragment-based transmission using minimum power consumed routing (FBTMPCR) algorithm of a MIMO integrated MANET

“…Propagation loss (P L ) for a MIMO integrated MANET in different terrain has already been calculated in [14], as shown in the subsequent section. Let PL 1−2 be the propagation loss between the nodes with multiple antennas that are placed in a forest area, PL 2−3 be the propagation loss between two nodes with multiple antennas that are in a free space (outdoor propagation loss) propagation environment, PL 3−4 represents combination of free space propagation loss and indoor propagation loss where one node is situated outside the building and another one is inside the building, PL 4−5 represents the indoor propagation loss where both nodes are placed inside the building, and PL 5−6 is the indoor propagation loss where two ad hoc nodes are placed within the building but on different floors.…”