The most critical factor for increasing crop production is the successful resistance of pests
and pathogens which has massive impacts on global food security. Therefore, Filippov …

In this paper, we proposed a Filippov prey–predator model with time delay considering
threshold policy control of integrated pest management. The study aims to address how the …

In this paper, the Leslie-Gower model with nonmonotonic functional response is extended to
a nonsmooth Filippov control system to reflect the integrated pest management. Different …

In this paper, we propose a non-smooth Filippov system that describes the interaction of the
pest and natural enemy with considering time delay, which represents the change in the …

The most important factor for increasing crop production is pest and pathogen resistance,
which has a major impact on global food security. Pest management also emphasizes the …

由于多时间尺度问题在实际工程系统中广泛存在, 关于其复杂动力学行为及其产生机制的研究已
成为当前国内外的热点课题之一. 簇发振荡是多时间尺度系统复杂动力学行为的典型代表 …

Time-delay is frequently encountered in a variety of practical chaotic systems, such as chaos-
communication. The behaviours of time-delay chaotic system are greatly different from those …

A general strategy for suppressing chaos in chaotic Burke–Shaw system using integrative
time delay (ITD) control is proposed, as an example. The idea of ITD is that the feedback is …

The combination synchronization (CS) and combination-combination synchronization (CCS)
for chaotic and hyperchaotic dynamical systems with the same dimensions are introduced …

To explore the efficacy of integrated pest management, we modify the predator–prey (pest–
natural enemy) model by incorporating Holling III functional response and transform it into a …