Table 3 Technologies used in art studies
Papers | Technologies used |
|---|---|
Rallis et al. [32] | Motion capture, 3D modelling, 3D photogrammetry |
Voulodimos et al. [33] | Motion capture, 3D modelling |
Voulodimos et al. [34] | Motion capture, 3D modelling, 3D visualisation |
Douka et al. [35] | Motion capture, 3D modelling, 3D visualisation |
Ziagkas et al. [36] | Motion capture, 3D modelling |
Ziagkas et al. [37] | Motion capture, 3D modelling |
Rallis et al. [38] | Motion capture, 3D modelling, VR |
Douka et al. [39] | Motion capture, 3D modelling, 3D visualisation |
Rallis et al. [40] | Motion capture |
Rallis et al. [41] | Motion capture, 3D modelling |
Rallis et al. [42] | Motion capture, 3D modelling |
Lim et al. [43] | Motion capture, 3D modelling |
Xiang et al. [44] | Motion capture, 3D modelling, Motion Builder |
Ribeiro et al. [45] | Motion capture, 3D modelling, VR |
Tongpaeng et al. [46] | Motion capture, 3D modelling, VR |
Tongpaeng et al. [47] | 3D modelling |
Doulamis et al. [48] | Motion capture, 3D modelling, VR |
Tongpaeng et al. [49] | 3D modelling, 3D visualisation |
Tongpaeng et al. [50] | 3D modelling, 3D visualisation |
Fu et al. [51] | Motion capture |
Hajdin et al. [52] | Motion capture, 3D modelling, 3D visualisation |
Stavrakis et al. [53] | Motion capture, VR |
Rallis et al. [32] | Motion capture, 3D modelling |
Hisatom et al. [54] | Motion capture, 3D modelling, 3D, photogrammetry |
JI et al. [55] | 3D modelling, 3D scanning, 3D visualisation |