Sentence examples for cycle directions from inspiring English sources
The proposed control law can guarantee closed-loop convergence along both the time and the cycle directions to satisfy H∞ performance.
The proposed control law can guarantee closed-loop convergence along both time and cycle directions to satisfy H∞ performance even with unknown disturbances and actuator failures.
Applications to injection packing pressure control show that the proposed scheme can achieve the design objectives well, with performance improvement along both time and cycle directions, and also has good robustness to uncertain initialization and measurement disturbances.
Under the proposed control law, the closed-loop system with unknown disturbances and sensor faults not only converges along both the time and the cycle directions, but also satisfies certain H∞ performance.
An important merit is that the proposed ILC method can be used for on-line optimization against batch-to-batch process uncertainties to realize robust tracking of setpoint trajectory in both the time (during a cycle) and batchwise (from cycle to cycle) directions.
Based on a 2D system description for the batch operation, a few synthetic performance and robust control objectives are proposed for developing the 2D ILC schemes, in combination with the 2D Lyapunov Krasovskii functions that can guarantee monotonic state energy (or output error) decrease in both the time (during a cycle) and batch (from cycle to cycle) directions.
A MAC protocol, namely DCDMAC (Duty Cycle Direction MAC), is proposed in [25].
To describe the stability and convergence quantitatively along the time and the cycle direction, the concepts of robust stability and convergence along the two axes are introduced.
In this paper, a general form of FFILC is studied, comprising of two feedback controllers, a state feedback controller and a tracking error compensator, for the robustness and convergence along time direction, and an ILC for performance along the cycle direction.
The duty cycle and direction control of the PWM signal of the DC motor which controls speed and direction as output are adjusted.
Furthermore, a cycle per direction and subject has manually been labeled as well.
