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chapter 15
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Ahmed, Wesam 1 Alamelu Mangai, M. 1 Alem, Hadush T. 1 Balaganesh, S. 1 Barseghyan, Vanya 1 Castillo-Rivera, Ana María 1 Castillo-Rivera, Salvador 1 Chouhan, Ashray 1 Deepa, R. 1 Deepan, A. 1 Duraimutharasan, N. 1 Gopalsamy, P. 1 Hassen, Yimer M. 1 Hemasilviavinothini, S. 1 Jain, Rituraj 1 Jain, Vishal 1 Jayalakshmi, V. 1 Kumar, Swetha R. 1 Kumaran, U. 1 Mahmoud, Amena 1 Manikandan, G. 1 Mebrahtu, Gezae M. 1 Mishra, Nilamadhab 1 Mitra, Archan 1 Murugan, D. 1 Nagadeepan, A. 1 Natarajan, Arul Kumar Kumar 1 O'Neal, Dennis L. 1 Palaniappan, Damodharan 1 Parmar, Kumar J. 1 Premavathi, T. 1 Renuka Devi, D. 1 Rout, Saroja Kumar 1 Senthilkumar, V. 1 Shanmugasundaram, Singaravelan 1 Singh, Aditya 1 Solodusha, Svetlana 1 Srinivasan Balu, R. 1 Sriramalakshmi, P. 1 Swadhi, R. 1
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Harnessing AI for Control Engineering 15
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The Impact of Control Engineering and Artificial Intelligence in the Development of the Field of Civil Engineering
Singh, Aditya - In: Harnessing AI for Control Engineering, (pp. 1-36). 2025
In the recent decades, optimization, automation of processes and designs have become the focus of any field's development. With the limitation of natural resources and increasing demand for more services, it is essential to reduce any kind of wastes involved in any of the processes. Furthermore,...
Persistent link: https://www.econbiz.de/10015540204
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Hybrid Control Systems: Integrating AI With Traditional Methods
Jain, Rituraj; Parmar, Kumar J.; Palaniappan, Damodharan; … - In: Harnessing AI for Control Engineering, (pp. 37-62). 2025
In recent years, hybrid control systems have been used in many practical applications because they are an adequate method capable of addressing this kind complexity and vagueness, which is characteristic of today's business and scientific environment. It provides the evaluation of the...
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Transforming Manufacturing With Robotics
Ahmed, Wesam; Mahmoud, Amena - In: Harnessing AI for Control Engineering, (pp. 63-80). 2025
The manufacturing industry is undergoing a transformative shift with the advent of intelligent robotics. Intelligent robotics in manufacturing encompasses a range of technological advancements, including collaborative robots (cobots),, and robotic systems with enhanced perception,...
Persistent link: https://www.econbiz.de/10015540206
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AI-Based Fault Detection and Diagnosis Techniques in Control System Engineering: Focus on Food Processing Industry
Sriramalakshmi, P.; Kumar, Swetha R. - In: Harnessing AI for Control Engineering, (pp. 81-102). 2025
This chapter presents the major applications of Artificial Intelligence techniques (AI) in fault diagnosis of various control engineering fields. AI has made substantial improvements in various fields of Engineering, including control engineering. There are few noteworthy applications of AI in...
Persistent link: https://www.econbiz.de/10015540207
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Adaptive Optimization of Wire EDM Process for Ti6Al4V Alloy Using ANFIS and AI Technique
Senthilkumar, V.; Nagadeepan, A. - In: Harnessing AI for Control Engineering, (pp. 103-112). 2025
Wire Electrical Discharge Machining (WEDM) is a non-traditional machining process widely used for machining difficult-to-cut materials such as titanium alloys. This study proposes an intelligent optimization approach using Adaptive Neuro-Fuzzy Inference System (ANFIS) to optimize WEDM parameters...
Persistent link: https://www.econbiz.de/10015540208
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Artificial Intelligence and Control in the Cardiac Pacemakers
Castillo-Rivera, Ana María; Castillo-Rivera, Salvador - In: Harnessing AI for Control Engineering, (pp. 113-136). 2025
The incorporation of AI in cardiology provides advantageous viewpoints for improving accuracy by diminishing the error rate and raising efficiency in different cardiovascular clinical procedures. Overall, the aim is to diagnose complex pathologies, anticipate complications, and decrease...
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CropVigil: Tomato Leaf Disease Detection Using Deep InfoMax Algorithm
Deepa, R.; Jayalakshmi, V.; Thilakavathy, P.; Manikandan, G. - In: Harnessing AI for Control Engineering, (pp. 137-154). 2025
Modern agricultural approaches classify and eradicate tomato-weakening pathogens using classification systems. To increase output and ensure farming's survival, these diseases must be appropriately diagnosed. The disease's multi-symptom nature, the need for vast amounts of annotated data, and...
Persistent link: https://www.econbiz.de/10015540210
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Enhancing Control Engineering Through Human-Machine Collaboration: AI for Improved Efficiency and Decision-Making
Duraimutharasan, N.; Deepan, A.; Swadhi, R.; … - In: Harnessing AI for Control Engineering, (pp. 155-176). 2025
The role of artificial intelligence (AI) in enhancing human-machine collaboration within control engineering. As industries increasingly rely on complex automated systems, effective collaboration between humans and machines is essential for optimizing performance and decision-making. AI...
Persistent link: https://www.econbiz.de/10015540211
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Enhancing Resilience and Efficiency in Industrial Control Systems Through AI-Driven Predictive Maintenance
Jain, Vishal; Mitra, Archan - In: Harnessing AI for Control Engineering, (pp. 177-206). 2025
The research explores the integration of artificial intelligence (AI) into industrial control systems (ICS) to enhance resilience and efficiency through predictive maintenance. ICS play a crucial role in various industries by managing complex equipment networks. Traditional maintenance...
Persistent link: https://www.econbiz.de/10015540212
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Features of Research and Development of Passively Redundant Subsystems of Aircraft Taking Into Account Tolerenaces
Tuan, Vu Trong; Vu, Duong - In: Harnessing AI for Control Engineering, (pp. 207-228). 2025
The work is aimed at identifying specific features that need to be taken into account when researching and developing passively redundant subsystems, taking into account tolerances for sudden independent failures. It is shown that in this type of redundancy it is necessary to take into account...
Persistent link: https://www.econbiz.de/10015540213
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