Observer-based quantized sliding mode control for nonlinear networked singularly perturbed systems under deception attacks

Key Points

• Control improves system performance during deception attacks, enhancing reliability and resilience in nonlinear systems.
• Deception attacks were simulated, reducing response stability to 86.5% under designated conditions.
• Observer-based quantized sliding mode control is implemented to handle singularly perturbed system dynamics.
• Implications for weak networked systems highlight the need for better control strategies against varying attack patterns.