%0 Conference Paper %1 Luczak.2003j %A Luczak, H. %A Park, M. %A Balazs, B. %A Wiedenmaier, S. %A Schmidt, L. %B Human-Centred Computing: Cognitive, Social and Ergonomic Aspects : Proceedings of HCI International 2003 (Crete 2003) %C Mahwah %D 2003 %E Harris, D. %E Duffy, V. %E Smith, M. %E Stephanidis, C. %I Erlbaum %K Arbeitsleistung Augmented_Reality HCI Head-Mounted-Display mmspub Schweißarbeitsplatz Virtuelle_Realität %P 98–102 %T Task Performance With a Wearable Augmented Reality Interface for Welding %X This paper describes research on a wearable Augmented Reality (AR) welding support system. "Blind welding" caused by current protecitve welding helmets is to be replaced by AR supported views of the welding process. In this development the question of 2D to 3D viewing aids arises. For the experiment an integrated helmet with two High-Dynamic Range Camerias (HDRC) and a closed view stereoscopic head-mounted display was used. The experimental task was to position pegs on a pegboard. Alignment angles of the cameras and inter-camera separation distances were varied under the different experimental conditions. It was found that a convergent alignment of the cameras resulted in less mistakes and higher speed. An effect of the inter-camera separation was found in 3D-perception, suggesting the advantage of smaller distances.

@inproceedings{Luczak.2003j, abstract = {This paper describes research on a wearable Augmented Reality (AR) welding support system. "Blind welding" caused by current protecitve welding helmets is to be replaced by AR supported views of the welding process. In this development the question of 2D to 3D viewing aids arises. For the experiment an integrated helmet with two High-Dynamic Range Camerias (HDRC) and a closed view stereoscopic head-mounted display was used. The experimental task was to position pegs on a pegboard. Alignment angles of the cameras and inter-camera separation distances were varied under the different experimental conditions. It was found that a convergent alignment of the cameras resulted in less mistakes and higher speed. An effect of the inter-camera separation was found in 3D-perception, suggesting the advantage of smaller distances.}, added-at = {2024-04-24T13:45:17.000+0200}, address = {Mahwah}, author = {Luczak, H. and Park, M. and Balazs, B. and Wiedenmaier, S. and Schmidt, L.}, biburl = {https://www.bibsonomy.org/bibtex/2ab1ad6e94446191084cda70e34352e59/sdt}, booktitle = {Human-Centred Computing: Cognitive, Social and Ergonomic Aspects : Proceedings of HCI International 2003 (Crete 2003)}, editor = {Harris, D. and Duffy, V. and Smith, M. and Stephanidis, C.}, interhash = {19c683e64545e2e55c1d3535ddc406dd}, intrahash = {ab1ad6e94446191084cda70e34352e59}, keywords = {Arbeitsleistung Augmented_Reality HCI Head-Mounted-Display mmspub Schweißarbeitsplatz Virtuelle_Realität}, pages = {98–102}, publisher = {Erlbaum}, timestamp = {2024-04-24T13:45:17.000+0200}, title = {Task Performance With a Wearable Augmented Reality Interface for Welding}, year = 2003 }