Study on hyperchaos control for six order coupled chua s circuit;

Enhancement of spatiotemporal chaos control by applying shift feedback injections;

Application of a time-delayed feedback control method based on the fuzzy genetic algorithm for chaos control;

Stability and chaos controlling of class of centrifugal flywheel governor;

Present situation and development prospect of chaos controlling;

Seismic trace inversion using borehole restraint and chaotic control;

Fuzzy model and chaotic control of complex Duffing system;

Chaotic control based on descriptor bioeconomic systems;

Time-delayed feedback control of chaos in BOOST converter and its optimization;

Output time-delay feedback control of chaos in voltage-mode BUCK converter;

The control of chaos in Chua s circuit is studied by limiting amplitude of variables of the system.

Forming mechanism of chaotic attractor and controlling chaos in a new chaotic system;

A constant periodic pulse method for controlling chaos which makes the stable segment of the chaotic orbit form a closed orbit by acting periodic pulses on the system variables is proposed on the basis of the finite time Lyapunov exponents.

The paper summarized the current development of methods for controlling chaos, analyzed the principle for controlling chaos of natural science, introduced the classifications and application fields of the current approaches of chaotic control, and stated the methods suitable in research on controlling chaos of the economic system.