This work addresses a new set of tuning rules for Sliding Mode Control (SMC) applied to
second-order inverse-response plus variable dead time processes. Descriptions of the …

Smith-Predictor (SP) is used as a dead-time compensating tool for chemical processes as
they are Integrating-Plus-Dead-Time (IPDT), pure integrating-type process, and higher-order …

This paper presents two hybrid control topologies; the topologies are designed by
combining artificial intelligence approaches and sliding-mode control methodology. The first …

Precise control of roasting temperature is paramount for optimizing production efficiency in
the zinc smelting process. However, existing research mainly focuses on average …

The aim of this work is to develop a sliding mode control scheme to keep the operation of a
flash distiller in the feasible operating region. Flash distillation is characterized as a simple …

In this paper, the design methods of decentralized PID controllers based on decoupled
subsystems are proposed for two-input two-output systems. The higher-order decoupled …

This paper presents a new method for the robust control of time-delay processes using
sliding mode control. In this approach an identified second-order-plus-deadtime model and …

This paper investigates the design of two sliding mode controllers (SMCs) applied to a
tempered glass furnace system. The main objective of the proposed controllers is to regulate …

In this paper, a feedforward-plus-sliding mode controller is proposed. The combination uses
a feedforward controller to achieve predefined process output and the sliding mode …

In this paper, exponential function based fuzzy sliding-mode control design for uncertain
nonlinear systems is proposed. The fuzzy sliding mode control was successful in robust …