We investigate the issue of synchronizing a blinking coupling mobile agent network through a blinking adaptation strategy

where each agent with blinking wave emission behavior not only adjusts its blinking period according to the local property of its neighbors

but also coordinates its blinking phase with those of neighboring agents. In leading the agents to blink orderly with a blinking period commensurate with the characteristic time of the dynamical oscillator

the presented blinking adaptation strategy works effectively in guaranteeing the synchronous motion of the considered network when the power density is large. In addition

the influence of the controlling parameter and moving velocity on network evolution is studied by assessing the convergence time.