508
R. K. Gupta
(b) Visualization of the augmented objects (e.g. seats on target object) by rotating the
smartphone: Different views.
(a) Superimposition of the required object (e.g. seats) on the target object (e.g. Cabin)
Fig. 6 Superimposed view of the seats on the target image and visualization in different orientations:
smartphone as working device
in his/her environment. The developed AR software tool can further be enhanced by
combining marker-less augmented reality in addition to the superimposition-based
AR in-order to configure geographical preferences for a product and/or market.
References
1. Boothroyd G (1994) Product design for manufacture and assembly. Comput Aided Des
26(7):505–520
2. Shen Y, Ong SK, Nee AYC (2010) Augmented reality for collaborative product design and
development. Des Stud 31:118–145
3. Buergin J, Belkadi F, Hupays C et al (2018) A modular-based approach for just-in-time specification of customer orders in the aircraft manufacturing industry. CIRP J Manuf Sci Technol
21:61–74
R. K. Gupta
(b) Visualization of the augmented objects (e.g. seats on target object) by rotating the
smartphone: Different views.
(a) Superimposition of the required object (e.g. seats) on the target object (e.g. Cabin)
Fig. 6 Superimposed view of the seats on the target image and visualization in different orientations:
smartphone as working device
in his/her environment. The developed AR software tool can further be enhanced by
combining marker-less augmented reality in addition to the superimposition-based
AR in-order to configure geographical preferences for a product and/or market.
References
1. Boothroyd G (1994) Product design for manufacture and assembly. Comput Aided Des
26(7):505–520
2. Shen Y, Ong SK, Nee AYC (2010) Augmented reality for collaborative product design and
development. Des Stud 31:118–145
3. Buergin J, Belkadi F, Hupays C et al (2018) A modular-based approach for just-in-time specification of customer orders in the aircraft manufacturing industry. CIRP J Manuf Sci Technol
21:61–74