Cyber-physical systems (CPS) are intelligent robotics systems that cleverly merge computing algorithms with physical operations, enabling state-of-the-art response systems by integrating the virtual and physical dimensions and enhancing efficiency, automation, and interconnectedness in many sectors. With examples of real-world implementation, this new book explores many facets of CPS in robotics and engineering and presents a host of cutting-edge technologies and approaches in industrial applications as well as in other sectors, such transportation, gaming, medicine and healthcare, civil engineering and infrastructure, communications and internet security, library science, election integrity, music, etc., providing inspiration for new ideas for CPS applications.
Explores many facets of CPS in robotics and engineering. Presents a host of cutting-edge technologies and approaches, with examples of real-world implementation, for CPS systems in industrial applications as well as in other sectors, such as transportation, gaming, medicine and healthcare, civil engineering and infrastructure, etc.
1. An Overview of Collision-Free Path Planning Techniques for Industrial
Autonomous Robots
2. Robotic Machine Design and Implementation of Noise
Cancellation Techniques in Microphones
3. THD Reduction of PO-Controlled
Nine-Level Inverters and Data Visualization
4. Legal Dimensions of Accidental
Liability of Autonomous Vehicles
5. Selective Weighting Histogram Shifting
for Images in Cyber-Physical Systems
6. Assessing the Whole-Body Vibration
and Level of Vibration Transmitted Through the Seats of Grader Operators
7.
MIMO Antenna Design: An Inclusive Study of Antenna and Isolation Enhancement
Techniques for 5G Communication
8. Road and Pothole Segmentation Using
Attention-Based Coupled Framework
9. Enhancing Electoral Integrity Through
Cyber-Physical Systems: A Decentralized Approach for Secure and Transparent
Voting
10. Unveiling Media Insights in Intelligent Cyber-Physical Systems:
Transcribing and Summarizing for Generation and Comparative Analysis Using
Natural Language Processing
11. Individual Player Action Recognition Using a
Keypoint-Based Unweighted Graphical Approach in Sports
12. Virtual Piano:
Simulating a Real-Life Instrument for Interactive User Experience
13.
Exploring Global Prospects and Hurdles in Integrating Vehicle-to-Grid (V2g)
Technology
14. Smart Helmet with Enhanced Safety Features Including Alcohol
Detection and Rash Driving
15. Design of Depth Controller Using Optimal
Fractional Order PID Based on Evolutionary Algorithms
16. Machine Learning in
Library Automation: Enhancing Services and User Experience
17.
Multi-Objective Meta-Heuristic Algorithms for BLDC Motor Design Parameter
Optimization
18. Nowcasting of Precipitation Using Convolutional Neural
Community and Internet of Things
19. Smart Traffic Management and Emergency
Vehicle Detection System Using IoT
20. Digital Controlled Notice Board Using
IoT
21. IoT Components for Future Smart Cities with 6G Communications
22.
IoT-Based Breath Analysis for Prediction of Rheumatism Using Bi-LSTM
23.
Application Domains and Enabling Technologies of Internet of Things: A Survey
Rajanikanth Aluvalu, PhD, is an accomplished professor currently working as Director at the Symbiosis Institute of Technology, India. With over 21 years of experience in the field of computer science engineering and academia, he has held leadership roles at reputed academic institutions and professional organizations. He has published over 150 research articles in peerreviewed journals and conferences as well as seven books. He has also edited special issues of several journals. Dr. Aluvalu has served as a resource person for technical and faculty development programs, organized international conferences, and delivered keynote addresses. He has received several awards for his work.
Samarjeet Borah, PhD, is a Professor and Head of the Department of Computer Applications, SMIT, Sikkim Manipal University, India. Dr. Borah has carried out various funded projects from All India Council for Technical Education (AICTE), the Indian Department of Science & TechnologyCognitive Science Research Initiative (DST-CSRI), etc. He has organized workshops and conferences at national and international levels. Dr. Borah is involved with book volumes and journals of repute from Springer, IEEE, Inderscience, Apple Academic Press, and IGI Global as editor or guest editor. He is the editor-in-chief of the book and proceedings series Research Notes on Computing and Communication Sciences.
Lalit Garg, PhD, is an Associate Professor of Computer Information Systems at the University of Malta and an honorary Lecturer at the University of Liverpool, UK. He has also been a researcher at Nanyang Technological University, Singapore, and Ulster University, UK. He has supervised over 200 masters dissertations and DBA and PhD theses. He has published over 150 papers as well as edited five books and holds 22 patents. He participates in many EU and locally funded projects, including a one-million-euro Erasmus+ Capacity-Building project in Higher Education (CBHE). The University of Malta awarded him the 202122 Research Excellence Award for his work on intelligent computing methods in healthcare, specifically forecasting, resource allocation, and management.
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