3

3D algorithms

• Analyzing the applicability of the least risk path algorithm in indoor space, pages 19–26

3d reconstruction

• Camera-Projector 3D Scanning of a Semi-Submerged Terrain in a Flume, pages 13–18

A

Abstraction

• Combined Grammar for the Modeling of Building Interiors, pages 1–6

Automation

• Combined Grammar for the Modeling of Building Interiors, pages 1–6

automatic reconstruction

• Automatic Reconstruction of 3D Building Models from Terrestrial Laser Scanner Data, pages 7–12

B

Building

• Combined Grammar for the Modeling of Building Interiors, pages 1–6

building modeling

• Automatic Reconstruction of 3D Building Models from Terrestrial Laser Scanner Data, pages 7–12

C

Camera-projector system

• Camera-Projector 3D Scanning of a Semi-Submerged Terrain in a Flume, pages 13–18

cognitive wayfinding

• Analyzing the applicability of the least risk path algorithm in indoor space, pages 19–26

I

Indoor navigation

• Analyzing the applicability of the least risk path algorithm in indoor space, pages 19–26

L

Laser scanning

• Automatic Reconstruction of 3D Building Models from Terrestrial Laser Scanner Data, pages 7–12

M

Modeling

• Combined Grammar for the Modeling of Building Interiors, pages 1–6

P

Prediction

• Combined Grammar for the Modeling of Building Interiors, pages 1–6

phase estimation

• Camera-Projector 3D Scanning of a Semi-Submerged Terrain in a Flume, pages 13–18

point cloud reconstruction

• Automatic Reconstruction of 3D Building Models from Terrestrial Laser Scanner Data, pages 7–12

R

recognition of forms

• Automatic Reconstruction of 3D Building Models from Terrestrial Laser Scanner Data, pages 7–12

S

structured light photogrammetry

• Camera-Projector 3D Scanning of a Semi-Submerged Terrain in a Flume, pages 13–18