Douglas Bergamo
Douglas Bergamo has a total of 4 co-authors. Here are the top co-authors by number of shared publications:
- Alex Krummenauer
SENAI Innovation Institute for Sensor Systems (ISI-SIM), São Leopoldo 93025-753, Brazil
1 shared publication - Roberto Serpa Soares
SENAI Innovation Institute for Sensor Systems (ISI-SIM), São Leopoldo 93025-753, Brazil
1 shared publication - Victor Emmanuel de Oliveira Gomes
Center for Embedded Devices and Research in Digital Agriculture (CEDRA) (EMBRAPII/SENAI-RS), São Leopoldo 93025-753, Brazil
1 shared publication - Vitor Camargo Nardelli
Center for Embedded Devices and Research in Digital Agriculture (CEDRA) (EMBRAPII/SENAI-RS), São Leopoldo 93025-753, Brazil
1 shared publication
Latest Publications
- Open Access
Comparison of Dimensional Accuracy between a Laser Scanner and a Laser Tracker with Handheld Scan in a Laboratory Setting
The dimensional accuracy of a laser scanner has been extensively evaluated using various measurement methods and diverse reference standards. This study specifically focuses on two key considerations. Firstly, it assesses the dimensional accuracy of the laser scanner by employing another laser scanner, a handheld scanner, as the reference measurement method. Secondly, the study involves the use of three spheres fixed on each wall in both coplanar and non-coplanar positions within a laboratory room at SENAI ISI-SIM. The primary objective is to determine the dimensional accuracy between the centers of the coplanar and non-coplanar spheres up to 10 m. The comparison includes measurement uncertainties, as per ISO GUM standards, obtained using the laser scanner in a laboratory setting with controlled temperature and humidity. Analyzing non-coplanar dimensional accuracy enhances our understanding of the metrological performance of the laser scanner, particularly when assessing the dimensions of objects positioned randomly within a scanning scene.
Open AccessComparison of Dimensional Accuracy between a Laser Scanner and a Laser Tracker with Handheld Scan in a Laboratory Setting
The dimensional accuracy of a laser scanner has been extensively evaluated using various measurement methods and diverse reference standards. This study specifically focuses on two key considerations. Firstly, it assesses the dimensional accuracy of the laser scanner by employing another laser scanner, a handheld scanner, as the reference measurement method. Secondly, the study involves the use of three spheres fixed on each wall in both coplanar and non-coplanar positions within a laboratory room at SENAI ISI-SIM. The primary objective is to determine the dimensional accuracy between the centers of the coplanar and non-coplanar spheres up to 10 m. The comparison includes measurement uncertainties, as per ISO GUM standards, obtained using the laser scanner in a laboratory setting with controlled temperature and humidity. Analyzing non-coplanar dimensional accuracy enhances our understanding of the metrological performance of the laser scanner, particularly when assessing the dimensions of objects positioned randomly within a scanning scene.