Hong Seong-min et al.: Introduction to Computational Electronics

Calculating electronics is a field of electronics that tries to solve many of the problems of electronics through computer-sized interpretations. Today, as the problems of electronics continue to get complicated, computer programs provided in the field of computing electronics have become essential tools for the development of electronics research. Since the circuit that implements the function of electronics in particular has a semiconductor type, many of the cases where computing is focused on explaining and predicting the different properties of semiconductors -- of which we've been able to do it. But in these days when physical miniaturization of semiconductors is reaching its limit and there are various alternatives to it, the scope of problems in computing electronics is becoming wider and more varied. There is also a growing need to approach not only electronics, but also materials and engineering. This increased knowledge is being needed in the field of computing electronics, but the reality is that the research books are published only in the study level. It's hard to find a written document for graduate students who are starting to study, and it's not just a matter of domesticity. The book introduces the most important principles of computing electronics that can be used in real research to help shape the basic cognitive framework. And since the nature of computing electronics is essential to write a program for actual readings, we have given some practical examples of this that will allow you to go beyond superficial understanding.

Korean title: 계산전자공학 입문

Korean author: 홍성민 외

Korean publisher: GIST PRESS(광주과학기술원)

ISBN-13: 9791190961073