Focusing on fundamental Digital Image Processing (DIP) challenges, this book emphasizes practical implementation using MATLAB. It begins with straightforward examples while carefully addressing mathematical concepts, enabling readers to effectively solve real-world DIP problems. The text stands out for its balance of theory and application, guiding readers through essential techniques and methodologies in the field.
Focusing on the procedural steps for modeling and simulating dynamic system problems, this book serves as a guide for using SIMULINK, a component of MATLAB. It emphasizes definitive modeling approaches and provides clear instructions to facilitate understanding. Key features include practical examples and detailed explanations, making it an essential resource for students and professionals looking to enhance their skills in dynamic system analysis.
The book is a tutorial showing the implementation of MATLAB commands through simple mathematics examples, however, followings are the relevant features of the The book is intended for undergraduate as well as graduate students of science and engineering who are beginners in using MATLAB. Teachers, researchers, and scientists may benefit from the book. The book has strong potential for use by graduate students to aid them in conducting their research. The book is a ready-to-use tool that shows the reader how to compute many of the basic mathematical problems he may encounter in his studies or research using MATLAB. The book has wider scope that extends from elementary to advanced level, and seems to provide more explanation of the theory behind the mathematics of the MATLAB functions so that the reader does not have to go through the mathematics book while using MATLAB. The goal of a user is to find the information he needs quickly and use it effectively. The book contributes in this direction by first guiding the user to the appropriate subject he is interested in. Then, from the examples solved, he finds the MATLAB command he needs to solve his own problem. The book is interesting because it emphasizes the symbolic computations, which, when possible, are better than numerical ones and this is useful to beginning and experienced users.
Focusing on undergraduate control system engineering, this book offers a unified approach to key concepts using MATLAB and SIMULINK. It presents computing and graphing materials in an intuitive manner, reflecting recent advancements in virtual implementations. The text includes self-working illustrations and end-of-chapter exercises to reinforce understanding. With its comprehensive introduction, it serves as a valuable resource for both undergraduates and graduates, as well as researchers in the field.
The book provides hand-on guidelines for employing MATLAB and SIMULINK tools meant for the problems of introductory electrical circuit course. Computer-generated solutions of electric circuit problems through the wings of MATLAB and SIMULINK certify reader's intuition about the learning of circuit fundamentals. The supplement explores computational as well as modeling approach to circuit analysis wherever possible. With the distinctive features such as concise programming provision, interactive facility, and fully featured graphics environment of MATLAB, electric circuit study has never been so straightforward. Comprehensive introduction, prototype examples with expected circuit return, and substantial number of illustrative circuit problems ranging from easy-solvable to tough-realizable are the salient features of the text. It is hoped that maintaining made-easy approach and attaching minute implementational details with minimal theory yet firm emphasis on circuit-solving will form a better foundation to the next-generation electrical engineers or their linked learners.