Optimization of Packet loss in Mobile IP on Overlap Area Width using Genetic

Mobile Internet Protocol has been proposed by IETF to support portable IP addresses for mobile devices that often change their network access points to nodes to have continuous network connectivity to the internet without changing their ip addresses while moving to other networks. Packet lose is the major problem in today’s points of attachments. However Overlap area width is key factor in Mobile IP handover computing. In this thesis we optimize the number of packet lose on the basis of overlap area width in Mobile IP hand over proposes a new technique based on genetic algorithm to improve the performance of the original mip during the handoff. The proposed technique reduces the delay, the packet loss and the registration time for all the pac transferred between the cn and the mn.Loss of information during handover in Mobile IP network cannot be avoided, in this thesis we optimized the performance of system using genetic algorithm in order to improve the overall IP mobility performance. Th enhancements to Mobile IP. The optimization schemes using genetic algorithm will simulated on MATLAB The objective of this thesis is to design and simulate a network performance during Overlap Area width; the size of the overlap area between two Foreign Agents is one of the key factors that affect the performance of a handover. In this thesis we optimized the packet lose using genetic algorithm on MAT LAB. In general, there are still many mobility-related issues waiting to be done like Mobile Node speed, Agent advertisement interval, Data Packet Interval and Network Traffic load, which are affecting Mobile IP handover performance will examine in future.