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   1. <dc:title>A comparison between discrete and continuous scanning with conoscopic holography</dc:title>

   2. <dc:creator>Zapico, Pablo</dc:creator>

   3. <dc:creator>Fernández, Pedro</dc:creator>

   4. <dc:creator>Blanco, David</dc:creator>

   5. <dc:creator>Valiño, Gonzalo</dc:creator>

   6. <dc:creator>Rico, Jose Carlos</dc:creator>

   7. <dc:subject>Conoscopic Holography</dc:subject>

   8. <dc:subject>Inspection</dc:subject>

   9. <dc:subject>Publicado</dc:subject>

   10. <dc:description>Low density digitizing is a suitable approach for verification distances between pairs of machined flat surfaces. When defining a digitizing procedure of this type of features, two approaches could be applied: discrete or continuous scanning. Discrete Scanning (D) is performed with a static sensor, but the information for each single measurement comes from a constrained area. On the other hand, since Continuous Scanning (C) is carried out with a moving sensor, the information for each single measurement comes from a swept area. In this work, a comparison between these two approaches, when digitizing with a Conoscopic Holography sensor, is performed. The main objective is to establish their influence upon surface reconstruction quality and, thereafter, upon measurement reliability.</dc:description>

   11. <dc:description>This work is supported by the Spanish Ministry of Economy and Competitiveness and FEDER (DPI2012-30987), the Regional Ministry of Economy and Employment of the Principality of Asturias (Spain) (SV-PA-13-ECOEMP- 15) and the Government of the Principality of Asturias through the Programme “Severo Ochoa” 2014 of PhD grants for research and teaching (BP14-049).</dc:description>

   12. <dc:description>Análisis de diferencias de resultados en términos metrológicos de distancia 3D entre planos, utilizando diferentes estategias de digitalizado con un sensor de Holografía Conoscópica integrado en una máquina de medición por coordenadas.</dc:description>

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   20. <dc:relation>Procedia Engineering</dc:relation>

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               2. <dc:creator>Zapico, Pablo</dc:creator>

               3. <dc:creator>Fernández, Pedro</dc:creator>

               4. <dc:creator>Blanco, David</dc:creator>

               5. <dc:creator>Valiño, Gonzalo</dc:creator>

               6. <dc:creator>Rico, Jose Carlos</dc:creator>

               7. <dc:subject>Conoscopic Holography</dc:subject>

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               9. <dc:description>Low density digitizing is a suitable approach for verification distances between pairs of machined flat surfaces. When defining a digitizing procedure of this type of features, two approaches could be applied: discrete or continuous scanning. Discrete Scanning (D) is performed with a static sensor, but the information for each single measurement comes from a constrained area. On the other hand, since Continuous Scanning (C) is carried out with a moving sensor, the information for each single measurement comes from a swept area. In this work, a comparison between these two approaches, when digitizing with a Conoscopic Holography sensor, is performed. The main objective is to establish their influence upon surface reconstruction quality and, thereafter, upon measurement reliability.</dc:description>

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   9. <dcterms:abstract>Low density digitizing is a suitable approach for verification distances between pairs of machined flat surfaces. When defining a digitizing procedure of this type of features, two approaches could be applied: discrete or continuous scanning. Discrete Scanning (D) is performed with a static sensor, but the information for each single measurement comes from a constrained area. On the other hand, since Continuous Scanning (C) is carried out with a moving sensor, the information for each single measurement comes from a swept area. In this work, a comparison between these two approaches, when digitizing with a Conoscopic Holography sensor, is performed. The main objective is to establish their influence upon surface reconstruction quality and, thereafter, upon measurement reliability.</dcterms:abstract>

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