Real time voice communication in mobile ad-hoc network

A Mobile Ad hoc Network (MANET) is an accumulation of remote portable nodes framing a self-arranging system without utilizing any current base. We consider the issue of node situating in specially appointed systems. We propose an appropriated, framework free situating calculation that does not depend on GPS (Global Positioning System). Rather, the calculation utilizes a relative direction framework as a part of which the node positions are registered in two measurements. The fundamental commitment of this work is to characterize and register relative positions of the nodes in an impromptu system without utilizing GPS for constant voice correspondence. We facilitate clarify how the proposed methodology can be connected to wide range specially appointed systems. In Mobile Ad hoc system (MANETs), nodes versatility causes system topologies to change progressively after some time, which muddles critical errands, for example, TV and steering. Portability following is utilized to gauge the nodes area, with the goal that we can discover whether the node lies inside the scope zone or not for ongoing voice correspondence.