Thesis. NeRF-⁠based 3D reconstruction for second-⁠hand e-⁠commerce that lifts purchase intent.

3D Reconstruction, AI, Research, UX

The BabyLoop product page with the 3D model, on a monitor
Qualitative comparison of the reconstruction applications under the same conditions.
2D image
2D plant image
POLYCAMPhotogrammetry
Polycam reconstruction
LUMA AINeural Radiance Fields
NeRF reconstruction
2D image
2D binary image
INSTANT-NGPNeural Radiance Fields
NeRF binary reconstruction
Instant-NGP process
Reconstruction process flow
Professional camera
Professional camera output
iPhone 13
iPhone 13 output
iPhone 14 Pro
iPhone 14 Pro output
Camera-position improvement process.
Initial
Initial camera positions
Final
Final camera positions
Successful test using iPhone 13 FullHD 60fps video.
2D image
2D source image
NeRF 3D model
NeRF 3D model
Output from plastic-covered objects.
2D image
2D source image
NeRF 3D model
NeRF 3D model
Old back office
Old back office
New back office
New back office
BabyLoop e-commerce: 360° product view
Results vs. the control group
+16.2%Purchase intentionA statistically significant increase among users who experienced the 3D visualisation.
+23.7%ImmersionThe experimental group reported higher immersion scores.
+12%Product knowledgeA better understanding of product features.
+11.5%Utilitarian valueHigher perceived usefulness of the product.