CHALLENGES OF AUTOMATED PROCESSES OF UPDATE OF REFERENCE SPATIAL DATA AT A SCALE OF 1:50 000 IN LITHUANIA

AGENT Consortium. Selection of Basic Algorithms, version 2.3. Technical report, Department of Geography, University of Zurich, Switzerland, 1999;

Baella B. & Pla M. An Example of Database Generalization Workflow: The Topographic Database of Catalonia at 1:25.000, 5 th Workshop on Progress in Automated Map Generalization, France, 2003;

Bayers, E. Updating topographic reference data (processes, methods, needs, research): progress report in the Belgian NGI-IGN, ISPRS Archives 38, Part 4-5 -2/W9, pp 185-188, 2010;

Choe B.- N. & Kim Y. -G. Framework and Workflows for Spatial Database Generalization, Transactions in GIS, vol. 11/issue 1, pp 101-114, 2007;

INSPIRE – Infrastructure for Spatial Information in Europe. Spatial objects life- cycle, INSPIRE Generic Conceptual Model, version 3.2, pp 54-57, 2009;

Papsiene L., Papsys K. Vaitkeviciene J. A model to detect cartographic base changes affecting the map update, Aviation, Lithuania, vol. 7/issue 1, pp 22-29, 2013;

Papsiene L. & Papsys K. Changes affecting generalization of land cover features in a smaller scale, Geodesy and Cartography, Lithuania, vol. 38/issue 3, pp 98-105, 2012;

Stankevicius Z.; Beconyte G.; Kalantaite A. Automation of update of digital national georeference databases, Technological and Economic Development of Economy, Lithuania, vol. 1/issue 2, pp 254-265, 2010;

Stoter J.E., van Smaalen J., Nijhuis R., Dortland A., Bulderand J., Bruns B. Fully automated generalisation of topographic data in current geo-information environments, Urban and Region Data Management Society Symposium, Netherlands, 2011, pp 111- 121;

Weibel, R.; Dutton, G. Generalising Spatial Data and Dealing with Multiple Representations, Geographic In-formation Systems: Principles and Technical Issues, vol. 1, pp 125-155, 1999.

AGENT Consortium. Selection of Basic Algorithms, version 2.3. Technical report, Department of Geography, University of Zurich, Switzerland, 1999;

Baella B. & Pla M. An Example of Database Generalization Workflow: The Topographic Database of Catalonia at 1:25.000, 5 th Workshop on Progress in Automated Map Generalization, France, 2003;

Bayers, E. Updating topographic reference data (processes, methods, needs, research): progress report in the Belgian NGI-IGN, ISPRS Archives 38, Part 4-5 -2/W9, pp 185-188, 2010;

Choe B.- N. & Kim Y. -G. Framework and Workflows for Spatial Database Generalization, Transactions in GIS, vol. 11/issue 1, pp 101-114, 2007;

INSPIRE – Infrastructure for Spatial Information in Europe. Spatial objects life- cycle, INSPIRE Generic Conceptual Model, version 3.2, pp 54-57, 2009;

Papsiene L., Papsys K. Vaitkeviciene J. A model to detect cartographic base changes affecting the map update, Aviation, Lithuania, vol. 7/issue 1, pp 22-29, 2013;

Papsiene L. & Papsys K. Changes affecting generalization of land cover features in a smaller scale, Geodesy and Cartography, Lithuania, vol. 38/issue 3, pp 98-105, 2012;

Stankevicius Z.; Beconyte G.; Kalantaite A. Automation of update of digital national georeference databases, Technological and Economic Development of Economy, Lithuania, vol. 1/issue 2, pp 254-265, 2010;

Stoter J.E., van Smaalen J., Nijhuis R., Dortland A., Bulderand J., Bruns B. Fully automated generalisation of topographic data in current geo-information environments, Urban and Region Data Management Society Symposium, Netherlands, 2011, pp 111- 121;

Weibel, R.; Dutton, G. Generalising Spatial Data and Dealing with Multiple Representations, Geographic In-formation Systems: Principles and Technical Issues, vol. 1, pp 125-155, 1999.