GLOBAL OPTIMIZATION, COMPUTATION, APPROXIMATION & APPLN

This unique volume focuses on results devoted to active current research in mathematical analysis with emphasis to optimization and applications. Effort is made for the featured book chapters to have an interdisciplinary approach to the problems treated.

Topics in this book include a wavelet fuzzy optimization model, an optimization model for supply chain networks, nonlinear optimization problems, circuit chains describing a random walk, etc, to name a few.

The valuable reference text benefits professionals, academics, graduate students and advanced research scientists in theoretical computer science, computer maths, and general applied maths.

Contents:

• A Wavelet Fuzzy Optimization Model for Financial Time Series Approximation (Nidhal Ben Abdallah, Anouar Ben Mabrouk, Michael Rassias, and Carlo Cattani)
• Applications of Galois and Pataki Connections to Relator Spaces (Santanu Acharjee, Michael Th Rassias, and Árpád Száz)
• Best Constant for Modified Ulam Stability of First-Order q-Difference Equations with Periodic Coeffcient (Douglas R Anderson)
• Fractional Simpson Inequalities Involving Confluent Hypergeometric Function and Applications (Muhammad Uzair Awan, Artion Kashuri, Themistocles M Rassias, and Badreddine Meftah)
• Laminar and Turbulent Boundary Layer Theory with Applications (G Chrimatopoulos, S Katsoudas, and M Xenos)
• Recent Trends on Ulam–Hyers Stability Results of Fixed Point Problems (Marija Cvetković, Erdal Karapinar, and Seher Sultan Yeşilkaya)
• An Optimization Model for Supply Chain Networks with Co-Creation (Patrizia Daniele, Ornella Naselli, and Laura Scrimali)
• Some Inequalities for Double and Path Integrals on General Domains via Green's Identity (Silvestru Sever Dragomir)
• Representation of Operator Perspectives for Continuously N-time Differentiable Functions with Applications (Silvestru Sever Dragomir)
• Computing an Approximation of the Non-Dominated Set of Multi-Objective Mixed-Integer Nonlinear Optimization Problems (Gabriele Eichfelder and Leo Warnow)
• Axiomatic Moser Iteration Technique (Lucas Fresse and Viorica V Motreanu)
• On the Study of Circuit Chains Describing a Random Walk with Jumps in Fixed Environments: A Generalized Sample Path Case (Chrysoula Ganatsiou, and Ilias K Savvas)
• Inequalities for Real and Imaginary Parts of Eigenvalues of Matrices (Michael Gil')
• A Study of Self-Referential Systems, Knights, and Knaves Using Fuzzy Logic and Global Optimization (Athanasios Kehagias)
• Merit Functions for Relative Mixed Quasi-Variational Inequalities (Awais Gul Khan, Muhammad Uzair Awan, Muhammad Aslam Noor, Subhan Siraj, and Khalida Inayat Noor)
• Geometrical and Optimizations Aspects for Approximating the Response Surface in Industry (Christos P Kitsos, Teresa A Oliveira, and Amílcar Oliveira)
• Norm Inequalities for Hadamard Fractional Integral Operators (Jichang Kuang)
• Ternary Biderivations and Ternary Bihomorphisms in C*-Ternary Algebras (Jung Rye Lee, Choonkil Park, and Themistocles M Rassias)
• Some Classes of General Preinvex Functions and Variational-Like Inequalities (Muhammad Aslam Noor, Khalida Inayat Noor, Michael Th Rassias, and Muhammad Uzair Awan)
• Nonlinear Harmonic Variational Inequalities and Harmonic Convex Functions (Muhammad Aslam Noor, Khalida Inayat Noor, Michael Th Rassias, and Muhammad Uzair Awan)
• Alternated Inertial Viscosity Methods for the Split Equality Problem (Yu Peng, Qiao-Li Dong, and Michael Th Rassias)
• Minimax Approximation of the ℓ¹-Ball by Ellipsoids (Iosif Pinelis)
• Microstructure Evolution in Sintering: A Graph-Theory Approach (Branislav M Randjelovic and Zoran S Nikolic)
• A Relaxed Two-Step Inertial Forward-Backward-Half Forward Splitting Algorithm (Min Su, Qiao-Li Dong, and Michael Th Rassias)
• Diagonal Nadler M-Contractions in Relational Metric Spaces (Mihai Turinici)
• Cascade Search and Nondiscrete Induction via Maximal Techniques (Mihai Turinici)
• On the Reverse Hardy-Type Integral Inequalities with the Equivalent Forms (Bicheng Yang)

Readership: Researchers, professionals, academics and graduate students in theoretical computer science, computer maths, and general applied maths.