期刊名称：ISPRS Annals of the Photogrammetry, Remote Sensing and Spatial Information Sciences
印刷版ISSN：2194-9042
电子版ISSN：2194-9050
出版年度：2004
卷号：XXXV Part B5
页码：383-388
出版社：Copernicus Publications
摘要：The general purpose of this paper is, to improve the perception and communication in 3D GEO-IMAGE recor ding, documentation and information management. In particular it deals with the improvement of Spatial Heritage-Imagery, as a worldwide Challenge - by stimulating the scientific as well as the public interest in virtual Spatial Heritage visualization, - by increasing high resolution virtual Heritage presentation due to the still underestimated gain of a complete additional dimension, - by gaining new and by collecting existing stereoviews of both media, analog and digital - and by applying Heritage Stereoviews for monument recording, visualization, pr otection and reconstruction. Consequently the Chapters of this paper are on gaining, collecting, providing, exchanging and on applying International Heritage Stereoviews. Chapter 1 states interesting messages and samples, for Scientists as well as f or Amateurs, on gaining 3D Heritage-Imagery, including, e.g., the use of DIGI BEAM CAMERAS LITE on a 10m telescope staff. In this context it is shown, this dealing with fundamentals of spatial data visualization is required and still gains a surpr ising potential for further research, which at least has to deal with 20 open research topics, like, e.g., the optimum base length etc.. Chapter 2, which deals the RecorDIM task group on Collecting, Compiling and Sharing Heritage Stereoviews, namely r epor ts on existing International Archives for 3D Heritage-Imagery with wor ld wide web presentations. In addition this Chapter is on recommended r esolutions, available data-formats and on conditions for providing and exchanging 3D Heritage-Imagery. Chapter 3, which is on applying of 3D Geo-Imagery, for the FIRST time deals with a COMPLETE (!) LIST of AVAILABLE 3D VISUALIZATION TECHNIQUES for VIRTUAL SPATIAL (Heritage- and Geo-) DATA PRESENTATION., in order to advice on suited state of the art technology for Heritage Stereoview verification. For the first time stereo mates are presented in the DOWN UNDER mode. Beside well established 3D visualization Techniques, by means of stereoscopes, anaglyphs, polarized glasses, liquid crystal shutters, chromadepth etc., currently namely the dynamic NUOPTIX method, as already invented by PULFRICH, and in par ticular the introduced FELIX SOLID STATE REAL(!) 3D SCREEN promise a great future for both, the scientific as well as for the public 3D visualization. From a consequently dealing with the principals of spatial data visualization, even the future of the whole computer industry will improve
