Table 1:
Open in new tab

summary of case studies for 3D architectural visualization.

ReferencesCase studiesData exchangedTechnologies usedFindingsEvaluation metrics
Bogen & East (2011)Building design reviewIFC to VRML, wrl to .x3d, .x3d to .MAPRadiant, VRML, IFCEfficient model transformationTraceability of design elements
Makkonen et al. (2014)Excavator positioningGPS positioning, XML through XMPPPanda3D, XML, XMPPSuccessful real-time visualization of excavatorReal-time data accuracy
Cicekci et al. (2014)Soil profile visualizationSoil data, 3D modelsUnity3DEffective soil profile visualizationReal-time rendering performance
Wu & Kaushik (2015b)Aging-in-place modelsFBXUE, BIMImproved design for aging-in-placeUser satisfaction
Pouke et al. (2018)Smart home modelsFBXWebGL, Unity3DEffective visualization for both workflowsVisualization quality
Virtanen et al. (2020)Urban planning scenarios3D models, photogrammetric dataUE, photogrammetryEffective immersive visualizationVisualization quality
Janovský et al. (2022)3D landscape models3D models, BIM, VR dataUnity, VR, BIMEffective multitechnology integrationIntegration effectiveness
ReferencesCase studiesData exchangedTechnologies usedFindingsEvaluation metrics
Bogen & East (2011)Building design reviewIFC to VRML, wrl to .x3d, .x3d to .MAPRadiant, VRML, IFCEfficient model transformationTraceability of design elements
Makkonen et al. (2014)Excavator positioningGPS positioning, XML through XMPPPanda3D, XML, XMPPSuccessful real-time visualization of excavatorReal-time data accuracy
Cicekci et al. (2014)Soil profile visualizationSoil data, 3D modelsUnity3DEffective soil profile visualizationReal-time rendering performance
Wu & Kaushik (2015b)Aging-in-place modelsFBXUE, BIMImproved design for aging-in-placeUser satisfaction
Pouke et al. (2018)Smart home modelsFBXWebGL, Unity3DEffective visualization for both workflowsVisualization quality
Virtanen et al. (2020)Urban planning scenarios3D models, photogrammetric dataUE, photogrammetryEffective immersive visualizationVisualization quality
Janovský et al. (2022)3D landscape models3D models, BIM, VR dataUnity, VR, BIMEffective multitechnology integrationIntegration effectiveness
Table 1:
Open in new tab

summary of case studies for 3D architectural visualization.

ReferencesCase studiesData exchangedTechnologies usedFindingsEvaluation metrics
Bogen & East (2011)Building design reviewIFC to VRML, wrl to .x3d, .x3d to .MAPRadiant, VRML, IFCEfficient model transformationTraceability of design elements
Makkonen et al. (2014)Excavator positioningGPS positioning, XML through XMPPPanda3D, XML, XMPPSuccessful real-time visualization of excavatorReal-time data accuracy
Cicekci et al. (2014)Soil profile visualizationSoil data, 3D modelsUnity3DEffective soil profile visualizationReal-time rendering performance
Wu & Kaushik (2015b)Aging-in-place modelsFBXUE, BIMImproved design for aging-in-placeUser satisfaction
Pouke et al. (2018)Smart home modelsFBXWebGL, Unity3DEffective visualization for both workflowsVisualization quality
Virtanen et al. (2020)Urban planning scenarios3D models, photogrammetric dataUE, photogrammetryEffective immersive visualizationVisualization quality
Janovský et al. (2022)3D landscape models3D models, BIM, VR dataUnity, VR, BIMEffective multitechnology integrationIntegration effectiveness
ReferencesCase studiesData exchangedTechnologies usedFindingsEvaluation metrics
Bogen & East (2011)Building design reviewIFC to VRML, wrl to .x3d, .x3d to .MAPRadiant, VRML, IFCEfficient model transformationTraceability of design elements
Makkonen et al. (2014)Excavator positioningGPS positioning, XML through XMPPPanda3D, XML, XMPPSuccessful real-time visualization of excavatorReal-time data accuracy
Cicekci et al. (2014)Soil profile visualizationSoil data, 3D modelsUnity3DEffective soil profile visualizationReal-time rendering performance
Wu & Kaushik (2015b)Aging-in-place modelsFBXUE, BIMImproved design for aging-in-placeUser satisfaction
Pouke et al. (2018)Smart home modelsFBXWebGL, Unity3DEffective visualization for both workflowsVisualization quality
Virtanen et al. (2020)Urban planning scenarios3D models, photogrammetric dataUE, photogrammetryEffective immersive visualizationVisualization quality
Janovský et al. (2022)3D landscape models3D models, BIM, VR dataUnity, VR, BIMEffective multitechnology integrationIntegration effectiveness
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