This paper provides results on input–output L p stability of networked control systems
(NCSs) implemented over WirelessHART (WH). WH is a communication protocol widely …

Industrial communication standard like WirelessHART enables wireless control in process
plants. This paper presents a study on wired and wireless networked control system. It …

This paper tackles industrial Control Systems where communication between different
nodes is accomplished wirelessly. Many advantages can be gained by using the wireless …

Nowadays, wireless communication is a tendency in industrial environments, enabling the
addition of new applications and saving resources when compared to their wired …

In this study, we design a state predictor-based output feedback controller that compensates
for unavoidable time-varying network delays in networked control systems (NCSs) over Wi …

The industries are presently exploring the use of wired and wireless systems for control,
automation, and monitoring. The primary benefit of wireless technology is that it reduces the …

The use of conventional PID controllers has proven to be inadequate in delayed and
uncertain networks such as WirelessHART network. This is because the PIDs produce …

The benefits of using Networked Control Systems (NCS) in the growing Industry 4.0 are
numerous, including better management and operational capabilities, as well as costs …

Wireless technology has advantages such as low cost, flexibility, relatively easy installation,
and the ability to address routing issues. Consequently, wireless factory automation has …

In networked control system, such as WirelessHART that is characterized by stochastic
delay, the use of proportional integral and differential (PID) controllers is inadequate. This is …