Publication | Closed Access
Autoscan: a flexible and portable 3D scanner
73
Citations
6
References
1998
Year
Real-time Image ProcessorEngineering3D ModelingPortable 3D3D SurfaceComputer-aided Design3D Body ScanningImage AnalysisSystems EngineeringComputational GeometryGeometry ProcessingGeometric ModelingMachine VisionComputer EngineeringComputer ScienceMedical Image Computing3D PrintingComputer VisionNatural Sciences3D Scanning3D Reconstruction3D Imaging
Quantifying physical abnormalities, guiding corrective and plastic surgery, manufacturing clothing, three-dimensional CAD, and other related fields all benefit from the increasing use of 3D scanners. These scanning systems reconstruct a 3D surface as a large set of polygonal meshes. Although Cyberware scanning systems have become a commercial standard, they have two main drawbacks. First, for large objects they require a mechanical structure that cannot be installed or moved easily. Second, they only allow the scanning of objects within limited size ranges. The paper considers a portable 3D scanning system called Autoscan which provides flexibility, reliability and accuracy for scanning 3D surfaces. Autoscan consists of a pair of video cameras, a real-time image processor and a computer host.
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