: Dongming Lu, Yun-he PAN
: Digital Preservation for Heritages Technologies and Applications
: Springer-Verlag
: 9783642048623
: 1
: CHF 114.00
:
: Anwendungs-Software
: English
: 219
: DRM
: PC/MAC/eReader/Tablet
: PDF

'Digital Preservation for Heritages: Technologies and Applications' provides a comprehensive and up-to-date coverage of digital technologies in the area of cultural heritage preservation, including digitalization, research aiding, conservation aiding, digital exhibition, and digital utilization. Processes, technical frameworks, key technologies, as well as typical systems and applications are discussed in the book. It is intended for researchers and students in the fields of computer science and technology, museology, and archaeology.

Dr. Dongming Lu is a professor at College of Computer Science and Technology, Zhejiang University, China. His research area includes digital preservation for cultural heritages and digital media networks. Prof. Yunhe Pan is a member of Chinese Academy of Engineering, and also a professor at College of Computer Science and Technology, Zhejiang University, China. His research area includes digital preservation for cultural heritages, digital library, and intelligent human animation.



Prof. Lu received his M.S., and Ph.D. Degrees in Engineering from Zhejiang University, and was promoted to Prof. there in 2000. Some of his courses include Digital Culture and Media Networks, Multimedia Technology, and Compiler Principles. He is specialized in Digital Relics, and Digitization of Folk Performing Arts. His major&nbs ;ongoing projects include Demonstration Engineering for Digitizing Ancient Cultural Heritage, Digital Preservation and Copy Assisting Technology for Ancient Precious Murals, Digitization and Preservation of Folk Performing Arts, and Research on the Digitization of Relics and its Applications.

Prof. Pan is president of Zhejiang University and an academician of the Chinese Academy of Engineering. He worked as head of the Artificial Intelligence Research Institute of Zhejiang University from 1990 to 2006. From 1986 to 1988, he worked as a visiting scholar at UCLA, and Carnegie Mellon University, USA. He has also worked as head of the Automation Research Institute at Xiangfan, Hubei, vice-director of the Science Commission at Xiangfan, Hubei, director of the Computer Science Dept., Zhejiang University, and vice-president of Zhejiang University.
Copyright Page 5
Preface6
Table of Contents 9
1 Introduction13
1.1 Cultural Heritage, the Crystallization of History13
1.2 Cultural Heritage Preservation and Its Objectives15
1.3 New Requirements of Digital Technologies for Heritage Preservation17
References18
2The Basis of Digital Technologies for Cultural Heritage Preservation20
2.1 Basis of Information Acquisition and Perception20
2.1.1 Digital Photography and Processing21
Digital Photography21
Digital Photo Processing22
2.1.2 3D Scanning and Processing23
3D Scanning23
3D Scanning Data Processing24
2.1.3 3S Technology25
GPS25
RS26
GIS26
Integration of GPS, RS, and GIS27
2.1.4 Sensing and Wireless Transmission27
Sensing Technology27
Wireless Communication28
2.2 Basis of Information Analysis and Recognition29
2.2.1 Image Processing29
Image Enhancement29
Image Segmentation30
Texture Recognition32
2.2.2 Intelligent Information Processing33
Principal Component Analysis33
Fuzzy Reasoning and Expert Systems34
Synthesis Reasoning35
2.3 Basis of Digital Exhibition and Interaction36
2.3.1 Animation36
2D Animation36
3D Animation37
2.3.2 Real-time Rendering38
2.3.3 Stereo Display40
2.3.4 Natural Interaction42
Tracking42
Gesture Interaction43
2.4 Summary43
References43
3 Digitalization of Cultural Heritage46
3.1 Information Acquisition from Archaeological Excavation Sites 47
3.1.1 Preventing Loss of Information from Archaeological Sites47
3.1.2 Process and Technical Framework of Information Acquisition from Archaeological Excavation Sites48
Traditional Excavation Processes48
Technical Framework for Archaeological Excavation50
3.1.3 Key Technologies for Information Acquisition from Archaeological Excavation Sites52
Acquisition of Cultural Layer Shape Information52
Acquisition of Information on Relic Locations53
Information Relation Expression for Excavation Process Information54
3.1.4 Typical System for Information Acquisition from Archaeological Excavation Sites and Applications55
3.2 Information Acquisition of Museum Preserved Sculptures and Artifacts55
3.2.1 Digital Technology Makes Sculptures and Artifacts Remain“ Young Forever”56
3.2.2 Information Acquisition Process and Technical Framework for Museum Preserved Sculptures and Artifacts57
3.2.3 Key Technologies for Information Acquisition of Museum Preserved Sculptures and Artifacts59
High Precision 3D Structured Light Scanning Technology for Acquiring the Surface Shape of Relics59
High Precision Surface Texture Mapping of Relics63
3.2.4 Devices and Applications66
3.3 Information Acquisition from Large Scenes66
3.3.1 Process and Technical Framework of Large Scene Information Acquisition66
3.3.2 Key Technologies of Large Scene Information Acquisition67
Registration of 3D Information Acquired from Large Scenes68
Merging of Large Scene Polygon Models70
3.3.3 Typical Applications72
3.4 Information Acquisition of Large Paintings and Murals74
3.4.1 Process and Technical Framework of Acquisition of Large Paintings and Murals74
3.4.2 Key Technologies for Information Acquisition of Large Paintings and Murals75
Acquisition Planning75
Automatic Image Mosaic77
Image Fusion77
3.4.3 Typical Devices and Applications78
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