| The visual information is the main information that the man gets from the world and it takes at least 75% of information that the man gets from the outside with sensor. It is just image that gives us the information of the visual world. As we know, intuitionistic effect the image brings to us is more than the language and words.Imaging science features wide research areas, interdisciplinary approach, and international orientation. In the view of its research methodology, imaging science, and mathematics, physics, physiology, psychology, electronics, as well as computer science benefit from each other. In the view of its research scope, imaging science is closely related to Artificial Intelligence, Neural Networks, Genetic Algorithm, and Fuzzy Logic. In the view of its development and application, imaging science is closely related to various fields such as medical science, remote sensing, communications, movie & television, document engineering, and so on. In the history of science, it represents one of the most booming and exciting frontiers of science. Based on the said features of imaging science as well as the image 's intuitional effect and importance, image processing and analysis (IPA) technologies have been fast and widely applied to a variety of fields related to human life and social development, such as office automation, industrial robot, geographical data processing, global resources, remote sensing, interactive computer-aided design, medical data processing, and so on. IPA concerns mathematics, computer science, mode recognition, artificial intelligence, information methodology, and biomedicine. It is an interdisciplinary applied science.This thesis introduces chrematistics of DICOM (Digital Imaging and Communication in Medicine) from basics of digital image. Also, based on the principles of digital image processing, a DICOM processing software is designed and primarily implemented. Then we have researched and realized the algorism to cut dynamicly the VRML 3D model. |
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