B

Baumbach, D. B.

• Accuracy Evaluation of Stereo Vision Aided Inertial Navigation for Indoor Environments, pages 13–17

Boerner, A.

• Implicit Surface Modeling from Imprecise Point Clouds, pages 7–12

Boerner, A. B.

• Accuracy Evaluation of Stereo Vision Aided Inertial Navigation for Indoor Environments, pages 13–17

C

Chan, S.

• Dynamic WIFI-Based Indoor Positioning in 3D Virtual World, pages 1–6

D

Dooley, L. S.

• Implicit Surface Modeling from Imprecise Point Clouds, pages 7–12

Du, Z.

• Multi-dimensional Indoor Location Information Model, pages 45–49

F

Funk, E.

• Implicit Surface Modeling from Imprecise Point Clouds, pages 7–12

G

Gao, W. X.

• Pan-information Location Map, pages 57–62

Griessbach, D.

• Implicit Surface Modeling from Imprecise Point Clouds, pages 7–12

Griessbach, D. G.

• Accuracy Evaluation of Stereo Vision Aided Inertial Navigation for Indoor Environments, pages 13–17

Guo, W.

• Pan-information Location Map, pages 57–62

H

Haojun, A.

• To localise or to be localised with WiFi in the Hubei museum?, pages 31–35

Hu, T.

• Pan-information Location Map, pages 57–62

Huang, L.

• Multi-dimensional Indoor Location Information Model, pages 45–49
• Pan-information Location Map, pages 57–62

K

Kossyk, I.

• Automated high resolution 3D reconstruction of cultural heritage using multi-scale sensor systems and semi-global matching, pages 37–43

Kruminaite, M.

• A 3D Model Based Imdoor Navigation System for Hubei Provincial Museum, pages 51–55

L

Lee, W.

• Dynamic WIFI-Based Indoor Positioning in 3D Virtual World, pages 1–6

Liu, H.

• A 3D Model Based Imdoor Navigation System for Hubei Provincial Museum, pages 51–55

Liu, L.

• Generating Navigation Models from Existing Building Data, pages 19–25

van der Laan, E. B.

• To localise or to be localised with WiFi in the Hubei museum?, pages 31–35

M

Makri, A.

• To localise or to be localised with WiFi in the Hubei museum?, pages 31–35

N

Nakagawa, M.

• Improvement in the Geofencing Service Interface Using Indoor Positioning Systems and Mobile Sensors, pages 27–30
• Problems In Indoor Mapping and Modelling, pages 63–68

O

Onrust, B.

• A 3D Model Based Imdoor Navigation System for Hubei Provincial Museum, pages 51–55

S

Sithole, G.

• Problems In Indoor Mapping and Modelling, pages 63–68

Sohn, G.

• Dynamic WIFI-Based Indoor Positioning in 3D Virtual World, pages 1–6

Strackenbrock, B.

• Automated high resolution 3D reconstruction of cultural heritage using multi-scale sensor systems and semi-global matching, pages 37–43

T

Taizhou, L.

• To localise or to be localised with WiFi in the Hubei museum?, pages 31–35

V

Verbree, E.

• To localise or to be localised with WiFi in the Hubei museum?, pages 31–35

W

Wang, L.

• Dynamic WIFI-Based Indoor Positioning in 3D Virtual World, pages 1–6

Wohlfeil, J.

• Automated high resolution 3D reconstruction of cultural heritage using multi-scale sensor systems and semi-global matching, pages 37–43

van Winden, K. B. A.

• To localise or to be localised with WiFi in the Hubei museum?, pages 31–35

X

Xiong, Q.

• Multi-dimensional Indoor Location Information Model, pages 45–49
• A 3D Model Based Imdoor Navigation System for Hubei Provincial Museum, pages 51–55

Xu, W.

• A 3D Model Based Imdoor Navigation System for Hubei Provincial Museum, pages 51–55

Z

Zhou, Y.

• Multi-dimensional Indoor Location Information Model, pages 45–49

Zhu, Q.

• Multi-dimensional Indoor Location Information Model, pages 45–49
• Problems In Indoor Mapping and Modelling, pages 63–68

Zhu, X. Y.

• Pan-information Location Map, pages 57–62

Zlatanova, S.

• Generating Navigation Models from Existing Building Data, pages 19–25
• To localise or to be localised with WiFi in the Hubei museum?, pages 31–35
• Multi-dimensional Indoor Location Information Model, pages 45–49
• A 3D Model Based Imdoor Navigation System for Hubei Provincial Museum, pages 51–55
• Problems In Indoor Mapping and Modelling, pages 63–68

Zuev, S. Z.

• Accuracy Evaluation of Stereo Vision Aided Inertial Navigation for Indoor Environments, pages 13–17