International Conference on Optimization and Control in Applied Science and Engineering (ICOCASE - 26)

This track focuses on the latest advancements in optimization methodologies, including both theoretical and practical aspects. Researchers are encouraged to present innovative algorithms and frameworks that enhance optimization processes in various applied fields.

This session explores the role of control systems in engineering, emphasizing their application in real-world scenarios. Contributions that demonstrate the integration of control theory with engineering practices are particularly welcome.

This track invites discussions on the development and application of mathematical models to solve complex problems in applied sciences. Papers should highlight the significance of modeling in understanding and predicting real-world phenomena.

This session is dedicated to numerical techniques that address optimization challenges across various domains. Submissions should focus on the effectiveness and efficiency of numerical methods in achieving optimal solutions.

This track examines the application of probability theory and risk analysis in decision-making processes. Researchers are invited to present methodologies that quantify uncertainty and enhance decision-making frameworks.

This session highlights the intersection of data science and predictive analytics, showcasing techniques that leverage data for forecasting and decision support. Contributions should demonstrate the practical implications of data-driven insights in various sectors.

This track focuses on the application of machine learning algorithms to solve optimization problems. Papers should explore novel approaches that utilize machine learning to improve optimization outcomes in diverse applications.

This session encourages the use of quantitative methods to address engineering challenges. Submissions should illustrate how quantitative analysis contributes to innovation and efficiency in engineering practices.

This track emphasizes the role of simulation techniques in applied mathematics, particularly in modeling complex systems. Researchers are invited to present case studies that demonstrate the effectiveness of simulation in practical applications.

This session explores systems theory and its relevance in various applied science and engineering contexts. Contributions should focus on theoretical advancements and their practical implications in system design and analysis.

This track invites papers on forecasting methods used in applied sciences, emphasizing their role in predicting future trends and behaviors. Researchers are encouraged to present innovative approaches that enhance forecasting accuracy and reliability.