Format: Hardback, 181 pages, height x width: 235x155 mm, 8 Illustrations,
color; X, 181 p. 8 illus. in color., 1 Hardback
Series: Industrial and Applied Mathematics
Pub. Date: 05-Nov-2025
ISBN-13: 9789819699377
This book presents the theory of Bessel wavelet transformation involving Hankel transformation. Several properties of the Bessel wavelet transform are discussed in the classical and distributional sense. Other related results of Hankel transform, Hankel convolution and basic results of distributions are also explained. Throughout the book, the reader is assumed to have an understanding of the elements of analysis. Introductory chapters cover the prerequisites for distribution theory. This book is useful for graduate students and researchers in mathematics, physics, engineering and applied sciences.
An Overview.- On Continuous Bessel Wavelet Transformation Associated
with the Hankel-Hausdorff Operator.- Bessel Wavelet Transform on the Spaces
with Exponential Growth.- The Bessel Wavelet Convolution Product.- The
Relation Between Bessel Wavelet Convolution Product and Hankel Convolution
Product Involving Hankel Transform.- Integrability of the Continuum Bessel
Wavelet Kernel.- Continuous Bessel Wavelet Transform of Distributions.-
Characterizations of the Bessel Wavelet Transform in Besov and
Triebel-Lizorkin Type Spaces.- Characterizations of the Inversion Formula of
the Continuous Bessel Wavelet Transform of Distributions in.- The Continuous
Bessel Wavelet Transform of Distributions in ๐ท ๐-Space.- The
Bessel wavelet transform of distributions in ๐ฏ๐,2 space.
Format: Hardback, 280 pages, height x width: 235x155 mm, 79 Illustrations, color; 6 Illustrations, black and white; XIV, 280 p. 85 illus., 79 illus. in color., 1 Hardback
Series: Springer Proceedings in Mathematics & Statistics 510
Pub. Date: 04-Nov-2025
ISBN-13: 9789819693498
This book contains chapters of the proceedings presented at the UiTM International Conference of Mathematical Sciences 2024 (UICMS 2024), organized by Universiti Teknologi MARA (UiTM), Shah Alam, Selangor, Malaysia, from October 12โ13, 2024. This book discusses research on a variety of topics, including numerical analysis, fractional order differential equations, mathematical biology, data envelopment analysis, and machine learning. These areas cover the fundamental aspects of mathematical modeling, differential equations, and the uncertainties in dynamic systems, necessitating the use of numerical approaches to solve complex mathematical problems and their applications.
In the realm of numerical analysis, this book explores differential equations from multiple perspectives, with a primary focus on their numerical solutions. It addresses contemporary challenges in the era of intelligence and analytics by examining various issues, presenting novel findings, and promoting sustainable developments in numerical methods. This book is designed for graduate students, researchers, and scientists in the fields of mathematics, engineering, physics, economics, and biology. It is particularly valuable for those engaged in interdisciplinary areas that employ mathematical modeling, differential equations, and numerical analysis to tackle their research problems.
Numerical Analysis of The Calculation of Rods in Linear and
Geometrically Nonlinear Formulations.- Stability Analysis of The Fractional
Block Backward Differentiation Formula for Fractional Order Differential
Equations.- Piecewise Constant Argument Method for Nonlinear Systems of
Differential Equations.- Numerical Solution of the SIR Model of Covid 19
Transmission with Vaccination by Using Adam Bashforth Method.- Validating
Advanced Numerical Techniques Based on BBDF Structures for Precision in CLL
Therapy Studies.- Modelling Tuberculosis Transmission with Vaccination in
Malaysia: An SVIR Approach.- A Computational Approach to Solving Second Order
Nonlinear Systems of Differential Equations by Using Piecewise Constant
Argument Methods.- Performance Measure of Malaysian International Airports
Using Data Envelopment Analysis.- Ranking Success Factors of Open Distance
Learning Using Interval Neutrosophic MARCOS.- Optimizing Workforce Scheduling
Using Binary Programming Model for a Veterinary Clinic.- Solving SEIR Model:
Application of Multistep Block Method.- Credit Score Prediction Through
Hybrid Machine Learning Models.- A Simulation Approach to Modeling Dengue
Incidence: Evaluating Bayesian Poisson Generalized Linear Mixed Model.-
Search and Expand Hybrid Odd Lomax Frรฉchet Distribution Properties,
Simulation, with Application.- Travel Itinerary for Visiting Islamic
Landmarks in Kuala Lumpur Using MTZ-TSP Model.- The Measurement of Water
Service Provider Efficiency in Malaysia by Using Scale Directional Distance
Functions Method.- Factors Influencing Vegetables' Freshness Score for A
Green Mixed Integer Goal Programming (G-MIGP) Model for Vehicle Routing
Problem in Postharvest Vegetables Supply Chain.- Spatial and Association
Analyses of Road Accident Impact Severity in Malaysia During COVID-19.- The
Problem of Recovering Convex Surfaces in a Semi-hyperbolic Space.- New
Generalized Separation Axioms Structures in Fuzzy Bitopological Spaces.