Selection of parameters & assigning weight using fuzzy method for mobility management

Abstract:
Today's wireless networks are equipped to deliver high-speed, secure services. It is essential that
multiple types of networks based on diverse technologies be linked together in order to create a
heterogeneous wireless environment where a user can move around freely while connected to
the network that best suits their service and connection demands. As a result, wireless service
providers will be able to provide users with the highest level of service and seamless
connectivity.In such a setting, effective handoff is the primary necessity for enabling seamless
connectivity and mobility. Appropriate parameters must be selected in order to make a
successful handoff choice.In diverse wireless settings, smooth and competent handoff
mechanisms are critical for achieving optimal network performance. The design and elements of
the multi-attribute edge-computing framework for mobility management are covered in this
paper. The suggested system selects a number of parameters and constructs their priority
vectors using the Fuzzy Analytic Hierarchy Process (FAHP)