Early warning of impending instability in a power system under disturbance conditions is important for preventing of system collapse.
The asymptotic stability in probability of the proposed nonlinear stochastic control systems under disturbance free condition is also discussed.
This paper investigates the secure state estimation problem for cyber-physical systems (CPSs) under disturbance and sparse sensor attacks.
The behavior of the controller was tested for various initial and desired power levels as well as under disturbance.
According to [2], the TEF can be used as a measurement of the unbalanced power when the power system is under disturbance.
Furthermore, the behavior of the controller with the expert trajectory was tested for various initial and desired power levels, as well as under disturbance.
The design analysis framework enables the identification of process flowsheets and control structures that ensure high efficiency, improved behavior under disturbance influence, and efficient handling of system interactions.
Furthermore, the behaviour of the controller with the proposed trajectory has been tested for various initial and desired power levels, as well as under disturbance.
Some focus on using real-time phasor measurements with pre-existing knowledge obtained from computer simulation results or historical events to enable real-time assessment under disturbance conditions [8, 9].
These results suggest that the understanding of the responses of the soil nutrient concentrations to plateau pika bioturbation should consider the bare land under disturbance intensities of plateau pika and alpine meadow type.
The experimental results show that the redundant levitation controller successfully removes the interactions between redundant actuator and general actuators, and the redundant levitation controller maintains good robustness under disturbance.
