Dynamic Small Cell <sc>on</sc>/<sc>off</sc> Scheduling Using Stackelberg Game.

In this letter, we propose a novel dynamic cell <sc>on</sc>/<sc>off</sc> scheduling algorithm in small cell networks based on the Stackelberg game. The objective of the proposed algorithm is to optimize the packet throughput performance with a tradeoff of energy consumption. In our system-level simulations, the proposed algorithm exhibits considerable performance gains, in terms of packet throughput per unit of energy consumption, compared with two existing algorithms respectively based on random <sc>on</sc>/<sc>off</sc> and packet arrival-triggered cell activation. [ABSTRACT FROM PUBLISHER]