Event-Triggering Control for a Class of Genetic Network Systems

摘要

For a class of genetic network systems, this paper proposes an event-triggering control approach. The approach adopts event-triggering control, introducing two auxiliary systems to ensure the global asymptotical stability of the genetic network system. It has the benefits in realising digital control, increasing control efficiency, improving control effects and avoiding the Zeno phenomenon. Finally, computational simulations are provided to verify the theoretical results.