SI: Recent Advanced Techniques for Nonlinear and Optimization Problems

The special issue on "Recent Advanced techniques for nonlinear and Optimization Problems" focuses on the intersection of various techniques for nonlinear, variational and Optimization Problems by exploring cutting-edge research in methods and applications. The area encompasses a broad spectrum of topics, ranging from nonlinear and optimization problems monitoring, and performance analysis to real-world applications in various domains such as industrial, financial, and engineering. The main scope of this special issue is to provide a comprehensive platform for researchers and scientists to present original work, share insights, and contribute to the evolving landscape of nonlinear and optimization problems. The significance lies in advancing our understanding of techniques for nonlinear and optimization problems, fostering innovation on the subject, and addressing complex challenges across diverse fields.

Topics of Interest: Contributions to this special issue may include, but are not limited to, the following topics:

• Derivative free-optimization and applications

• Multi-objective and inverse multi-objective optimization.

• Operator splitting methods

• Set Optimization

• Robust optimization

• Variational Analysis in Structured Optimization

• Inertial iterative techniques for fixed point, variational inequality, and optimization problems