Recent Trends in Artificial Intelligence for Automated Complex Industrial Systems

Submission Deadline: 30 October 2020 (closed) View: 122

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Summary

The development of Artificial Intelligence is speeding up rapidly and combination of Artificial Intelligence with automation has started to change the business landscape. As the technologies are becoming more complex, the demand of Artificial Intelligence is growing because of its ability to solve complex problems with limited human resources and expertise and within a limited time. AI adopts the abilities to equip the technical expertise and can amplify expertise to learn and deploy new methods and applications.

AI and complex systems techniques are of value for many different aspects of manufacturing management and control. Complex Systems constitute many elements that communicate with each other. It also refers to the study of relationships and the resulting behavior as well as how the system interacts and forms a relationship with the environment. Modeling of Complex System is typically difficult due to the behavior such as the dependencies, relationships or other interactions between the system and environment. Those behaviors include nonlinearity, emergence, and feedback loops. With the presence of such behaviors, the system is analytically untreatable. Hence, numerical methods are developed and used for both the linear and weakly nonlinear systems. Linearization and several approximation methods are used for nonlinear systems. It is essential to represent complex systems with a model and find effective tools to interpret and perceive them. The complexity involved should make model-based systems invaluable in supporting decision taking.

However, the main concern in regards to the modeling of complex systems is their nonlinearity and the need for representation of every detail. A complex system is difficult to be compressed with generic laws and definitely, cannot be subdivided due to its collective dependencies. With the recent growth in computer systems and the effectiveness of programming, the simulation has become an ideal form for representing, modeling and optimizing complex systems. Due to the recent trends in Computers, new nature-inspired metaheuristic algorithms are preferred, though the traditional method is still important for providing solutions. The main reason for the popularity of new metaheuristic algorithms is due to their simplicity and easy implementation while solving diverse and nonlinear problems.

In industrial scenarios, there is a continual need to monitor the performance of systems and processes to identify or predict faults or other situations likely to produce undesirable results. Using machine learning, models can be trained on available data to learn the internal, opaque state of complex systems. Due to the complexity of the problems involved, human planners and schedulers tend to resort to oversimplification and reduction. It is, therefore, believed that attempts aimed at tapping the potential of AI, are more likely to benefit from drawing upon work on planning and search than on expert systems.

This special issue will provide us a platform to stage various ideas and discussions related to modeling and simulating a complex system with the implications of the latest trends and advancements in the Industrial applications through Artificial Intelligence. This special issue also involves collection of several mathematical and soft computing models which may contribute to the analytic patterns of complex system. This special issue also provides an ample scope for creatively combining various complex systems techniques using Artificial Intelligence.

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