Singh S. Optimization Techniques and Associated Applications 2025

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Singh S. Optimization Techniques and Associated Applications 2025

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Textbook in PDF format Currently, the techniques of operation research are widely used in every aspect of day-to-day life. This book discusses a variety of problems that arise in various businesses and develops mathematical theories as well as technology answers to solve them from an industry perspective. Optimization Techniques and Associated Applications incorporates cutting-edge methods for locating early workable answers to an optimization challenge and acts as a road map for creating a catastrophe management paradigm that is sustainable. This book offers numerical methods for resolving mathematical issues that can be found in numerous sectors and includes specific case studies of actual industrial optimization applications. The uncertainty that arises in various businesses is explored and new and recently developed techniques are discussed. In today’s fast-paced and complex world, optimization techniques play a pivotal role in enhancing efficiency, minimizing costs, and maximizing resource utilization across diverse fields ranging from engineering and mathematics to economics and sustainability. The chapters presented in this book reflect the breadth and depth of optimization theory, offering insights into cutting-edge methodologies and their applications in solving complex problems. The journey through this book begins with a meticulous examination of redundant machining systems, public electric vehicle charging stations, transshipment problems, and operational controllability of higher-order integrodifferential systems. Readers will be introduced to sophisticated optimization algorithms such as particle swarm optimization (PSO), artificial bee colony (ABC) algorithms, and the EJMD method for intuitionistic fuzzy transportation problems. Furthermore, this book delves into the realm of mathematical modeling and analysis, presenting solutions to physical system problems using partial differential equations. From the utilization of complex fuzzy matrices in assessing the sustainability of women entrepreneurship to the application of discrete Fourier series using generalized difference operators, each chapter offers valuable insights into the multifaceted landscape of optimization. Because this book primarily focuses on operations research and solutions to the challenges across a variety of disciplines, the audience is expansive and can include professionals, students, and researchers from mathematics as well as engineers from industrial engineering, computer science, information technology, mechanical, civil, electrical, petroleum, chemical, aerospace, aviation, meteorology, disaster management, and other departments. Preface Performance Analysis of Redundant Machining System under Generalized Triadic Policy Solving Physical System Problems Using Partial Differential Equations Solution to One-Dimensional Heat Equation with Nonlocal Boundary Condition Identification of Optimum Public EV Charging Stations Spanning Soft Trees A Review on the Transshipment Problems in Optimization Theory The Analysis of Sustainability of Women Entrepreneurship by the Use of Complex Fuzzy Matrices Operational Controllability of Neutral Higher-Order Integrodifferential Systems Fuzzy Random Multi-Objective Quadratic Transportation Problem Unleashing the Power of Nature-Inspired Optimization EJMD Method for an Unbalanced Fully Intuitionistic Fuzzy Solid Transportation Problem Discrete Fourier Series Using Generalized Difference Operator Appendix