This book comprehensively presents a recently developed novel methodology for analysis
and control of time-delay systems. Time-delays frequently occurs in engineering and …

A unique procedure is presented in this paper, for a complete stability robustness of the third-
order LTI multiple time-delay systems (LTI-MTDS). The uniqueness of the treatment is simply …

An intriguing perspective is presented in studying the stability robustness of systems with
multiple independent and uncertain delays. It is based on a holographic map**, which is …

A new paradigm is presented for assessing the stability posture of a general class of linear
time invariant–neutral time delayed systems (LTI-NTDS). The ensuing method, which we …

For time-delay systems, the asymptotic behavior analysis of the critical imaginary roots wrt
the infinitely many critical delays is an open problem. In order to find a general solution, we …

In a turning process modeled using delay differential equations (DDEs), we investigate the
stability of the regenerative machine tool chatter problem. An approach using the matrix …

A new methodology, advanced clustering with frequency swee** (ACFS), is introduced for
the stability analysis of the most general class of linear time-invariant time-delay systems …

A novel analytical tool is presented to assess the stability of simultaneous machining (SM)
dynamics, which is also known as parallel machining. In SM, multiple cutting tools, which are …

A new methodology is presented for assessing the stability posture of a general class of
linear time-invariant—neutral time-delayed systems (LTI-NTDS). It is based on a “Cluster …

A trajectory-tracking problem is considered for a linear time invariant (LTI) dynamics with a
fixed control law. However, the feedback line is affected by multiple time delays. The stability …