Performance comparison between MADM algorithms for vertical handoff in 4G networks

In a fourth generation (4G) wireless environment, the need for an user to be always best connected (ABC) anywhere at anytime leads to execute a vertical handoff decision for guaranteeing service continuity and quality of service (QoS). Several strategies have been proposed in the literature for addressing this problem, being multiple attribute decision making (MADM) one of the most promising methods. A comparative analysis of these methods including SAW, MEW, TOPSIS, ELECTRE, VIKOR, GRA, and WMC is illustrated with a numerical simulation, showing their performance for different applications such as: voice and data connections, in a 4G wireless system. © 2010 IEEE.

4G wireless networks; MADM; Vertical handoff decision 4G networks; 4G wireless; 4G wireless networks; Always best connected; Comparative analysis; Electre; Fourth generation (4G); MADM; Multiple Attribute Decision Making; Numerical simulation; Performance comparison; Service continuity; Vertical handoff; Vertical handoff decision; Voice and data; Wireless environment; Automation; Avionics; Control; Decision making; Electrical engineering; Numerical methods; Process control; Quality of service; Wireless networks

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