Design of the Novel Wisdom Trap for Monochamus Alternatus

Abstract

In order to better use traps to monitor and control the pine wilt disease (PWD) transmitted by Monochamus alternatus, it is necessary to artificial intelligence research of traps. By consulting the literature, we found that the existing Monochamus alternatus traps generally had many shortcomings such as low levels of artificial intelligence and high operating costs. On the basis of circumventing the shortcomings of existing traps and integrating the advantages of existing traps, we designed the novel Wisdom Monochamus alternatus trap based on a new perspective of artificial intelligence. It integrates three functions of remote manipulation, pesticide application prevention and control, and natural enemy release. The research and development of this trap provide a novel basis for the protection of forestry resources and the development of new traps.