Analysis of Neutral Second-Order Non-Autonomous Damped Stochastic Evolution Control Systems With State-Dependent Delay

Key Points

• The analysis reveals distinct dynamics within damped stochastic systems, highlighting state-dependent delay impacts.
• Key metrics indicate varying stability conditions under different control approaches, emphasizing the role of delay.
• Assessment using advanced mathematical modeling of stochastic evolution equations shows robust results.
• Implications include potential strategies for enhancing stability in complex control systems, guiding future research directions.