A Multi-Objective Optimization Algorithm for Routing Path Selection and Wavelength Allocation for Dynamic WDM Network using MO-HLO

The data transmission system in the optical WDM network increases speed of packet by wavelength light beams . Selection and shortest path to transmit packets form source destination is a challenge large architecture. To solve these two problems, optimization model must handle both objectives. In this paper we are proposing novel multi-objective algorithm problem allocation identification network. This can be achieved enhanced Multi-Objective Hunger Locust Optimization (MO-HLO). this, it analyse traffic level availability present at each time instant. proposed retrieves parameters architecture with weight value dynamic occur routing path. Among data, selects best among overall feature set arrangement. MO-HLO extracts combination attribute cluster that segregates along range. From fitness objective function MO-HLO, for node analysed