Introduction Robust, stable financial systems significantly improve the growth of an
economic system. The stabilization of financial systems poses the following challenges. The …

This article designs and synthesizes a new Lyapunov-based robust direct-adaptive
controller (RDAC) and investigates the control and synchronization of chaos in the nuclear …

In this paper, a piecewise quadratic slope compensation technique for eliminating
subharmonic oscillations in dc-dc switching converters is studied. With this technique, a self …

As for ripple-current mode control, it cannot achieve average current tracking, resulting in
poor current accuracy and even current waveform distortion. Meanwhile, fast-scale instability …

Peak current-mode control is widely used in power converters and involves the use of an
external compensation ramp to suppress undesired behaviors and to enhance the stability …

In order to solve the dynamic analysis and chaotic motion control problems of the current-
mode-controlled Boost converter system, a state equation model in the continuous current …

This paper presents a unified and exact nonaveraged approach to derive a frequency‐
domain control‐oriented model for accurate prediction of the fast timescale dynamics and …

Thee peak-current-mode (PCM) control strategy is widely adopted in pulse width-modulated
(PWM) DC-DC converters. However, the converters always involve a sub-harmonic …

Traditional local-averaged state-space modeling for peak current mode (PCM) controls fails
to explain the subharmonic oscillation phenomenon when the spectrum is higher than half of …

In this paper, the steady-state performances of a piecewise quadratic auto-tuned slope
compensation technique proposed recently to eliminate subharmonic oscillations in dc-dc …