B

Bellezza, G.

• On Borders: From Ancient to Postmodern Times, pages 1–7

Bie, Q. L.

• The impact of Border policy effect on cross-border ethnic areas, pages 35–40

Brunn, S. D.

• The Intersecting Worlds of Sustainability and Cyberspace: Old or/and New Boundaries, pages 9–13

C

Cao, Y.

• Borderlands Modelling and Understanding with GISs: Challenges and Research Agenda, pages 15–22

Cao, Y. B.

• Design and Implementation of Surrounding Transaction Plotting and Management System Based on Google Map API, pages 41–45

Cao, Y.-B.

• The Design of Geo-Spatial Metadata Architecture for Digital Boundary, pages 137–140

Chen, J.

• Borderlands Modelling and Understanding with GISs: Challenges and Research Agenda, pages 15–22
• Research on Geographical Environment Unit Division Based on the Method of Natural Breaks (Jenks), pages 47–50
• Key Spatial Relations-based Focused Crawling (KSRs-FC) for Borderlands Situation Analysis, pages 63–69

Cheng, Y.

• Borderlands Modelling and Understanding with GISs: Challenges and Research Agenda, pages 15–22
• The Construction Technology of the Boundary Environment Model Based on Hexagon, pages 131–135

D

Dabova, E. L.

• Non-Traditional Security Threats in the Border Areas: Terrorism, Piracy, Environmental Degradation in Southeast Asian Maritime Domain, pages 51–56

Dong, N.

• A method of 3D-GIS application aided with stereo panorama technology, pages 123–130

Dong, W. H.

• Cartogram: A New Perspective to Understand the Distribution of Geopolitical Data, pages 95–98

F

Feng, C. Q.

• Automatic Match between Delimitation Line and Real Terrain Based on Least-Cost Path Analysis, pages 57–61

G

Ge, Y. J.

• Borderlands Modelling and Understanding with GISs: Challenges and Research Agenda, pages 15–22
• Using Web Crawler Technology for Text Analysis of Geo-Events: A Case Study of the Huangyan Island Incident, pages 71–78
• Geopolitical Energy Security Evaluation Method and Its Application Based on Politics of Scale, pages 79–81

Guo, S. M.

• Design and Implementation of Surrounding Transaction Plotting and Management System Based on Google Map API, pages 41–45

H

Hou, D. Y.

• Key Spatial Relations-based Focused Crawling (KSRs-FC) for Borderlands Situation Analysis, pages 63–69

Hu, H.

• Using Web Crawler Technology for Text Analysis of Geo-Events: A Case Study of the Huangyan Island Incident, pages 71–78

Hu, Z. D.

• Geopolitical Energy Security Evaluation Method and Its Application Based on Politics of Scale, pages 79–81

Hua, Y. X.

• Design and Implementation of Surrounding Transaction Plotting and Management System Based on Google Map API, pages 41–45

Hua, Y.-X.

• A Tag Cloud-Based Visualization for Geo-Referenced Text Information, pages 89–93
• The Construction Technology of the Boundary Environment Model Based on Hexagon, pages 131–135

J

Jiang, C.

• A method of 3D-GIS application aided with stereo panorama technology, pages 123–130

Jiang, N.

• Automatic Match between Delimitation Line and Real Terrain Based on Least-Cost Path Analysis, pages 57–61

Jiang, Y.

• A Dynamic Integration Method for Borderland Database using OSM data, pages 141–147

Jordan, P.

• Transcarpathia – Ukrainian border region at the edge of the EU. Internal and external representations, pages 83–87

K

Kagawa, A.

• International boundary experiences by the United Nations, pages 149–152

Konrad, V.

• Imagining and Imaging Borders: Understanding Borderlands for Global Sustainability, pages 23–27

L

Li, C. S.

• The impact of Border policy effect on cross-border ethnic areas, pages 35–40

Li, H. W.

• Research on Geographical Environment Unit Division Based on the Method of Natural Breaks (Jenks), pages 47–50

Li, R.

• Borderlands Modelling and Understanding with GISs: Challenges and Research Agenda, pages 15–22
• Key Spatial Relations-based Focused Crawling (KSRs-FC) for Borderlands Situation Analysis, pages 63–69

Li, X.

• A Tag Cloud-Based Visualization for Geo-Referenced Text Information, pages 89–93
• A Method for Place Name Display Considering User Locating Habits in Map Sites, pages 99–104

Liao, H.

• Cartogram: A New Perspective to Understand the Distribution of Geopolitical Data, pages 95–98

Liu, X. C.

• A Method for Place Name Display Considering User Locating Habits in Map Sites, pages 99–104

Lv, J. R.

• Research on Geographical Environment Unit Division Based on the Method of Natural Breaks (Jenks), pages 47–50

M

Ma, J.

• Automatic Match between Delimitation Line and Real Terrain Based on Least-Cost Path Analysis, pages 57–61

Mikhailova, E. V.

• Appearance and Appliance of the Twin-Cities Concept on the Russian-Chinese Border, pages 105–110

N

Niu, X.-F.

• Information Extraction of High-Resolution Remotely Sensed Image based on Multiresolution Segmentation, pages 117–121

P

Pickering, S.

• Borderlines: Maps and the spread of the Westphalian state from Europe to Asia Part One – The European Context, pages 111–116

R

Ren, X.

• A method of 3D-GIS application aided with stereo panorama technology, pages 123–130

S

Shao, P.

• Information Extraction of High-Resolution Remotely Sensed Image based on Multiresolution Segmentation, pages 117–121

Singh, R.

• Cross-Cultural Understanding for Global Sustainability: Messages and Meanings from Asian Cultural Landscapes, pages 29–34

Sun, M.

• A method of 3D-GIS application aided with stereo panorama technology, pages 123–130

T

Tang, T.-Q.

• Information Extraction of High-Resolution Remotely Sensed Image based on Multiresolution Segmentation, pages 117–121

W

Wang, L.

• A Method for Place Name Display Considering User Locating Habits in Map Sites, pages 99–104

Wang, L.-N.

• A Tag Cloud-Based Visualization for Geo-Referenced Text Information, pages 89–93

Wang, P.

• A Tag Cloud-Based Visualization for Geo-Referenced Text Information, pages 89–93
• A Method for Place Name Display Considering User Locating Habits in Map Sites, pages 99–104

Wu, H.

• Key Spatial Relations-based Focused Crawling (KSRs-FC) for Borderlands Situation Analysis, pages 63–69

Wu, L.-L.

• The Construction Technology of the Boundary Environment Model Based on Hexagon, pages 131–135

X

Xu, Q.

• The Construction Technology of the Boundary Environment Model Based on Hexagon, pages 131–135

Y

Yang, G.-D.

• Information Extraction of High-Resolution Remotely Sensed Image based on Multiresolution Segmentation, pages 117–121

Yang, S. T.

• Research on Geographical Environment Unit Division Based on the Method of Natural Breaks (Jenks), pages 47–50

Z

Zeng, L.

• A Dynamic Integration Method for Borderland Database using OSM data, pages 141–147

Zhan, F.-L.

• Information Extraction of High-Resolution Remotely Sensed Image based on Multiresolution Segmentation, pages 117–121

Zhang, B.

• Research on Geographical Environment Unit Division Based on the Method of Natural Breaks (Jenks), pages 47–50

Zhang, J.

• The Design of Geo-Spatial Metadata Architecture for Digital Boundary, pages 137–140

Zhang, X. N.

• Automatic Match between Delimitation Line and Real Terrain Based on Least-Cost Path Analysis, pages 57–61

Zhang, X.-P.

• Information Extraction of High-Resolution Remotely Sensed Image based on Multiresolution Segmentation, pages 117–121

Zhao, J. X.

• Design and Implementation of Surrounding Transaction Plotting and Management System Based on Google Map API, pages 41–45

Zhao, J.-X.

• A Tag Cloud-Based Visualization for Geo-Referenced Text Information, pages 89–93
• The Design of Geo-Spatial Metadata Architecture for Digital Boundary, pages 137–140

Zheng, H.

• A method of 3D-GIS application aided with stereo panorama technology, pages 123–130

Zhou, K.-X.

• A Dynamic Integration Method for Borderland Database using OSM data, pages 141–147

Zhou, S. Y.

• The impact of Border policy effect on cross-border ethnic areas, pages 35–40

Zhou, X.-G.

• A Dynamic Integration Method for Borderland Database using OSM data, pages 141–147