This paper studies the distributed energy efficient access point (AP) selection for cognitive sensors in the Internet of Things (IoT). The energy consumption is critical for the wireless sensor network (WSN), and central control would cause extremely high complexity due to the dense and dynamic deployment of sensors in the IoT. The desired approach is the one with lower computation complexity and much more flexibility, and the global optimization is also expected. We solve the multisensors AP selection problem by using the game theory and distributed learning algorithm. First, we formulate an energy oriented AP selection problem and propose a game model which is proved to be an exact potential game. Second, we design a distributed learning algorithm to obtain the globally optimal solution to the problem in a distributed manner. Finally, simulation results verify the theoretic analysis and show that the proposed approach could achieve much higher energy efficiency.
Energy efficiency-oriented access point (AP) selection for cognitive sensor in IoT was proposed in Ju and Shao, REF where a game model for AP selection in a multi-AP scenario and a distributed learning algorithm were derived for global optimal solution to the problem in a distributed manner.
Energy Efficiency Oriented Access Point Selection for Cognitive Sensors in Internet of Things
International Journal of Distributed Sensor Networks
Computer Science