Figures index

From

Optimal Design of PID Controller for an AVR System Using Flower Pollination Algorithm

D. K. Sambariya, Tripti Gupta

Journal of Automation and Control. 2018, 6(1), 1-14 doi:10.12691/automation-6-1-1
  • Figure 1. General model of AVR
  • Figure 2. Model of AVR without controller
  • Figure 3. Model of AVR with controller
  • Figure 4. Block diagram of PID controller
  • Figure 5. Types of pollination
  • Figure 6. Self and cross pollination
  • Figure 7. Flowchart of FPA
  • Figure 8. The behavior of FPA in terms of fitness function, PID parameters and iteration count
  • Figure 9. The sample response comparison of the AVR system with proposed PID controller (FPA-PID) and controllers in literature [11,23,24,28,30,35]
  • Figure 10. Eigenvalue plot for 156 plant conditions with proposed PID controller to AVR system
  • Figure 11. Response of AVR system without controller
  • Figure 12. Robustness analysis of AVR system by changing time constant ranging from -20% to +20% for
  • Figure 13. Robustness analysis of AVR system by changing time constant ranging from -20% to +20% for
  • Figure 14. Robustness analysis of AVR system by changing time constant ranging from -20% to +20% for
  • Figure 15. Robustness analysis of AVR system by changing time constant ranging from-20% to +20% for