KEYWORDS: 3D vision, Computing systems, Fringe analysis, 3D image processing, Computer architecture, Data acquisition, Machine vision, Computer vision technology, 3D acquisition, 3D modeling
This paper presents an active 3D vision system that is based on spatial phase mapping technique. The operating principle and unique features of the system is briefly described. The emphasis of this paper is on the description of software design and implementation of the system. The strategy and methodology for the software architecture design of the vision system is discussed in detail. The experimental results obtained from this kind of vision system are also given to show the effectiveness of the system.
KEYWORDS: Solid state lighting, Image fusion, Image processing, Digital imaging, 3D modeling, Solid modeling, Reverse modeling, Visual process modeling, 3D acquisition, 3D image processing
Based on the concept of Main-Stitched-Line (MSL) and Sub- Stitched-Line (SSL), this article presents a new integration method for multiple range images. The MSL and SSL can be found from range images in the first view R1, and the second view, R2, respectively. Then following by a triangulation process we can construct a non-redundant geometric representation of combined range images. The experimental results show that the integration technique proposed in this paper can quickly and efficiently build up surface models of an object from multiple range images.
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