Free Applied Mathematics Books & Tutorials. Read online or download these free Applied Mathematics eBooks, lecture notes & tutorials.
Computer scientists, engineers, and mathematicians interested in natural language processing can learn about the mathematical underpinnings of linguistics by taking Mathematical Linguistics (NLP). No prior linguistics expertise is assumed; rather, the book presents linguistics as an evolving body of...
Information Retrieval (IR) is the subject of this book, specifically Classical Information Retrieval (CIR). It examines these subjects by way of their mathematical foundations.
Many people have an innate understanding of the relationship between mathematics and music. Both involve counting if nothing else. Of course, the association is considerably more complicated than that.
The purpose of this book is to serve as a text for a graduate course that focuses on applications of linear algebra and the algorithms that are used to address the issues that arise in such applications. ...
Extraction of data from a geometric model is known as shape interrogation. It is a crucial element of CAD/CAM systems, which use computers to assist in design and manufacturing.
The current book provides a beautiful synthesis of several excellent concepts, hypotheses, mathematical models, and useful systems in the Semantics field.
Understanding is not always ensured by having the correct response. This book teaches physics students how to approach problems with knowledge and intuition. It aids undergraduates in honing their abilities and gives them a foundation in crucial mathematical techniques....
Modern technology is utterly dependent on signal processing. This book, which is based on a series of graduate-level lectures delivered at the Mathematical Sciences Research Institute, explores its mathematical foundation and wide range of application areas. The focus is...
The book discusses current work on numerical simulations of engineering and physical systems. It can be viewed as a link connecting different numerical approaches from two scientific fields, physics, and engineering, that are intimately related to one another. ...
This book outlines a straightforward technique for solving ordinary differential equations using computer-generated coefficients to repeatedly produce stunning fractal patterns.