Chaos control of a simulated 2-DOF electrostatically coupled double-beam resonator using independent deep Q-networks

Key Points

• Chaos control was achieved in a simulated two-degree-of-freedom resonator, demonstrating significant system stability.
• The use of independent deep Q-networks allowed for effective management of chaotic dynamics in the resonator.
• Simulation techniques provided insights into the behavior of the electrostatically coupled system under various conditions.
• Potential applications include improved performance in electrostatic systems, enhancing their reliability and functionality.