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WirelessHART™: Filter Design for Industrial Wireless Networked Control Systems

✍ Scribed by Tran Duc Chung, Rosdiazli Ibrahim, Vijanth Sagayan Asirvadam, Nordin Saad, Sabo Miya Hassan

Publisher
CRC Press
Year
2017
Tongue
English
Leaves
199
Edition
First edition
Category
Library
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✦ Synopsis

This book presents a guideline for EWMA filter design for industrial wireless networked control system, both theoretically and practically. The filter’s key advantages are simple, effective, low computational overhead. This book also provides a guideline for practical implementation of EWMA filter for improving networked control performance of various process plants. It further discusses not only the advantages of the filter, but also the limitations and how to avoid them when implementing the filter from practical point of view.

✦ Table of Contents

Content: 1 Introduction1.1 Introduction1.2 Communication Technology Evolution in Industrial Process1.3 Industrial Internet of Things and the Demand for Wireless Control in Process Industry1.4 This Book's Scope and Organization2 WirelessHART, The Leading Technology for Industrial Wireless Networked Control Systems2.1 Introduction2.2 WirelessHART, The Protocol and Applications2.3 WirelessHART Simulators2.4 Challenges with WirelessHART2.5 Summary3 Uncertainties in Industrial Wireless Mesh Network 3.1 Introduction3.2 Environment Noises3.3 Surrounding Temperature Surfaces3.4 Path Fading3.5 Signal to Noise Ratio3.6 Overall Network Traffic3.7 Summary4 Delay and Packet Dropout Measurement in Wireless Networked Control System4.1 Introduction4.2 Wireless Network Delay Measurement Experiment4.3 Wired Link Contention Experiment4.4 Summary5 Delay and Packet Dropout Compensation Techniques 5.1 Introduction5.2 Delay Compensation Techniques5.3 Packet Dropout Compensation Techniques5.4 Summary6 The Basic of EWMA Filter6.1 Introduction6.2 First-order EWMA Filter6.3 Second-order EWMA Filter6.4 Higher-order EWMA Filter6.5 Comparison with Other Filters6.6 Summary7 Advanced Dual Purpose EMWA Filter Design for Delay and Packet Dropout Compensation 7.1 Introduction7.2 dpEWMA Filter Design for Delay Compensation7.3 dpEWMA Filter Design for Packet Dropout Compensation7.4 dpEWMA Filter's Performance7.5 dpEWMA Filter for Process with Long Delay7.6 Summary8 The Filter's Performance over Wired Links8.1 Introduction8.2 Network Induced Delay Measurement8.3 Wired Link Contention Experimental Results8.4 Control Performance Assessment8.5 Summary9 Wireless Hardware-in-the-loop Simulator9.1 Introduction9.2 WirelessHART Hardware-in-the-loop Simulator (WH-HILS)9.3 Real-time Delay Measurement Experiment with WH-HILS9.4 Summary10 The Filter's Performance over Wireless Links of Industrial-scaled Wireless Mesh Network10.1 Introduction10.2 Results with Real-time WirelessHART Hardware-in-the-loop Simulator (WH-HILS)10.3 Summary11 Conclusions and Future Directions11.1 Introduction11.2 The dpEWMA Filter & WH-HILS's Significance11.3 The dpEWMA Filter & WH-HILS's Applications 11.4 The Research Limitations 11.5 Recommendations for Future InvestigationsBibliography

✦ Subjects

Analog Communications.;Industrial Electronics.;Systems & Controls.;ENGnetBASE.;ElectricalEngineeringnetBASE.;SCI-TECHnetBASE.;STMnetBASE.;Wireless communication systems -- Industrial applications.;TECHNOLOGY & ENGINEERING / Mechanical.

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