Many computational intelligence and learning methods, such as expert systems, neural networks, genetic algorithms and so on have found success in a variety of control and automation fields. Intelligent Control, which differs from conventional approaches is based on methodologies derived from Artificial Intelligence[AI] and soft computing techniques is capable of dealing with problems in diverse computational and communication domains and, more recently, those related to renewable energy and mobile autonomous systems, where conventional methods were unsuccessful. Nevertheless, new technologies such as artificial intelligence, edge computing, and the Internet of Things have led to an unprecedented development of control and intelligent systems. The theme of ICACRS 2022 is “Intelligent Computational Methods, Automation and Emerging trends in renewable energy". This International Conference on Automation, Computing and Renewable Systems [ICACRS 2022] is devoted to intelligent systems that improve the control of nonlinear systems and its applications and also the novel contributions in all aspects of automation and renewable systems. This conference will provide a knowledge-building and experience-sharing platform for professionals from the industry, academia and research organizations.

Computational Methods

• Soft Computing
• Grid Computing
• Machine Vision and Computational Imaging
• Mobile Edge Computing
• Autonomic Computing
• Distributed Computing
• High Performance Computing
• Internet of Things
• Quantum Computing
• Computational Intelligence for Electric Machines and Drives
• Machine/Deep Learning
• Cryptography and Blockchain
• Cyber Physical Systems
• Human-computer interaction
• Meta heuristic algorithms
• Crowd Sourcing & Social Intelligence

Robotics and Automation

• Cognitive and Adaptive Automation Systems
• Navigation and Control
• Fault Detection and Diagnosis
• Agents and Multi-agent Systems
• Process Modelling, Control and Optimal Design
• Optimization and Decision Making Support
• Automated Fault Detection, Diagnostics, and Prognostics
• Sensor Fusion for Intelligent Automation Systems
• Smart Products and Embedded Intelligence
• Sustainability and green automation
• Knowledge Based Systems
• Robotics and virtual reality systems
• Human-Robot Interaction and Semi-Autonomous Systems
• Modeling and Simulation Scheduling
• Ubiquitous Mobile Robotics

Renewable Systems

• Intelligent Control Techniques
• Hybrid and integrated renewable energy systems
• Photovoltaic Systems and Solar Energy Engineering
• Renewable Energy Utilizations
• Fault Monitoring and Predictive Maintenance
• Environmental Impacts and Sustainability
• Environment Friendly Energy Systems
• Sustainable Transport and Electric Vehicles
• Sustainable Electrical Energy Systems
• Smart Grid
• Intelligent Integration of Renewable Energy Technologies
• Hybrid Energy Systems
• Energy Efficient Systems
• Sustainability in Process Industries
• Efficient Energy Generation and Conversion
• Control and Optimization of Renewable Energy Systems