Splitting of Traffic to Maximize the Data Transmission in Mobile Ad Hoc Network Under Different Constraints
Mobile Ad-hoc NETwork (MANET) is a set of wireless mobile computer forming a temporary network without any wired infrastructure, due to dynamic nature of topology and other constraints transmission routing is a challenging task in MANET. The splittable routing establishes multi paths between source nodes and destination nodes; this scheme provides better performance of the network under different constraints. This paper presents a L.P.P. model for the routing problem in MANET and generates the optimal solution in term of route identification for transmission and the amount of traffic per route to maximize the data transmission under various constraints.