Hybrid dynamical systems, ie, systems that have both continuous and discrete states, are
ubiquitous in engineering but are difficult to work with due to their discontinuous transitions …

This study presents a detailed investigation on bifurcation of general period‐1 behaviour in
a pulse width modulation (PWM) controlled dc series motor drive system. Existence of quasi …

In this study, a detailed comparison between two power factor correction (PFC) controls, viz.,
average current mode (ACM) control and enhanced non‐linear carrier (ENLC) control for …

The paper is concerned with the stability analysisand the control of chaos in a permanent
magnet dc drivesystem. The stability analysis is based on the eigenvalues ofthe Jacobian …

This paper presents a study on bifurcation behavior of a PWM controlled dc series drive to
depict the occurrence of different nonlinear behavior including chaos against variation in …

Legged robots have the potential to traverse a wide variety of environments, but are
currently too unreliable to use in mission critical settings. A major factor that hinders the …

The paper is concerned with the stability analysis and the ramp compensation of a
permanent magnet dc drive system operated in two and four-quadrant. The stability analysis …

This paper presents the qualitative change in the speed response of a pwm dc/dc converter
fed series motor drive system due to different choices of values for smoothing reactor. In …

Purpose In the design and development stage of the power converter systems, an abnormal
intermittency is naturally experienced in nonautonomous system because of coupling of the …

This paper presents stability analysis of a photovoltaic (PV) system with DC/DC flyback
converter. Traditional methods of stability analysis have limitations due to the non-smooth …