Scientific Visualization Theory and Intelligent Virtual Display Systems

Author: Zhou Chuan-de
Publisher:
Publish Date: 2007-01-01
Features: Scientific computing visualization is a newly emerging field that has developed on the basis of computer graphics and image processing. The current research content and directions in scientific computing visualization mainly include: volume visualization, flow field visualization, visualization human-computer interaction, data modeling for scientific computing visualization, research on the fundamental principles of visualization, modeling of shapes for complex objects, and model-based visualization of complex datasets. This book introduces the connotation of scientific computing visualization, modern and main tool software, the mathematical foundation and modeling theory of scientific computing visualization. On this basis, it combines software engineering and software architecture principles to develop fast, scalable real-time/non-real-time visualization systems suitable for signal processing and virtual instruments. The book is divided into five chapters. The first three chapters introduce the knowledge, theories related to scientific computing visualization systems, and the connotation of Qin's model intelligent virtual control components. The fourth chapter introduces the functional definition of the intelligent virtual display and the software implementation of the system. The fifth chapter introduces application examples of the intelligent virtual display, including various functional calls of scientific computing visualization systems. This book can be used as a reference for teachers, graduate students, and researchers engaged in scientific computing visualization, virtual instruments, and test software research.