In recent years, there has been a growing intersection between applied mathematics and machine learning, leading to exciting developments and trends in both fields. This interdisciplinary collaboration has resulted in innovative approaches to problem-solving, enhanced predictive modeling capabilities, and the creation of powerful tools for various applications. Below are some key trends in applied mathematics and machine learning:

· Deep learning and neural networks

· Data-driven modeling

· Inverse problems and imaging

· Optimization and control

· Quantum machine learning

· Explainable AI (XAI)

· Hybrid models

· Cross-disciplinary collaboration, etc.

These trends reflect the dynamic and evolving nature of the collaboration between applied mathematics and machine learning. Researchers and practitioners in both fields continue to explore new avenues for leveraging mathematical principles to enhance the capabilities of machine learning algorithms and, reciprocally, applying machine learning techniques to advance the solutions to mathematical problems.

This conference aims to serve as a platform for the mathematical community, fostering exposure to the latest advancements in the fields of industrial and applied mathematics. This endeavor seeks to catalyze research on diverse mathematical challenges arising from economic development and technological progress. A distinctive aspect of the conference lies in our commitment to featuring presentations by globally renowned mathematicians at the forefront of industrial and applied mathematics.

Beyond showcasing cutting-edge developments, the conference endeavors to unite disparate factions of mathematicians engaged in industrial and applied mathematics. By doing so, it aspires to cultivate an environment conducive to the generation of novel mathematical ideas. The event also strives to fuel the initiation and fortification of collaborative efforts among researchers in the global mathematical community. The ultimate goal is to yield top-tier outcomes in this dynamic and critical field, thereby contributing significantly to the intersection of mathematics, industry, and application.