This work combines the benefits of cascaded control, Smith predictor, moment matching,
and outer-loop decomposition to design an enhanced series cascaded control approach …

This article presents a unified approach of controller design in cascade control structure
(CCS) for unstable, integrating and stable processes with dead-time to achieve enhanced …

In industrial unstable processes, disturbance rejection is more challenging task than setpoint
tracking. So, cascade control structure is widely used in many chemical processes to reject …

This paper presents a controller design method for the open-loop unstable process in the
primary loop and the open-loop unstable, integrating and stable processes in the secondary …

Optimal control (OCl) can be traced back to the 1960s when it was utilised for solving an
optimisation problem (OP). In the OCl technique, a stable controller can be obtained by …

This study addresses an experimental investigation of a novel modified Smith Predictor (SP)
based fractional fuzzy gain-scheduled control scheme in control of a time-delayed thermal …

This paper presents a systematic way to determine the trade-off optimized controller tunings
using computation optimization technique for both servo and regulatory controls of the Multi …

This paper presents a controller design technique for cascade control systems based on the
grey wolf optimization (GWO) algorithm. In the proposed control scheme, the proportional …

The proportional integral derivative (PID) controller continues to be the most popular and
widely used in the industry despite the development of various artificial intelligence-based …

To control unstable and stable plants a new series cascade control structure (SCCS) is
proposed. The proposed SCCS incorporates two or three controllers (setpoint tracking …