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  • Geoinformatics 2004 : Proceedings of the 12th International Conference on Geoinformatics : Geospatial Information Research : Bridging the Pacific and Atlantic. University of Gävle, Sweden, 7-9 June 2004
  • 2004
  • Proceedings (redaktörskap) (övrigt vetenskapligt/konstnärligt)abstract
    • FOREWORDGeoinformatics 2004, the 12th International Conference on Geoinformatics, is the premier research forum for Geospatial Information Research. It commenced in 1992 in Buffalo, and has been held every year since. Meetings have been held in North America and Asia in Beijing (1993), Calgary (1994), Hong Kong (1995), West Palm Beach (1996), Taipei (1997), Beijing (1998), Ann Arbor (1999), Monterey (2000), Bangkok (2001), Nanjing (2002), and Toronto (2003, cancelled due to the outbreak of SARS). This is the premier event organized by the University of Gävle, together with the Association of Chinese Professionals in Geographic Information Science (CPGIS-abroad). This conference is the first of the series that takes place in Europe, hence the subtitle of the conference - bridging the Pacific and Atlantic. I believe it offers an opportunity for all professionals involved in research and development of geographic information systems, global position systems and remote sensing to discuss new theories and technologies around geoinformatics research. Based on the extended abstracts and following advice from the program committee, the organizing committee selected 108 papers (involving 264 authors from 29 different countries) around 10 different themes included in the proceedings. The conference themes include some emerging research issues such as location-based services and geovisualization as well as long studied conventional issues. As a post-conference publication effort, some selected papers around special themes will go another round of review process to be published in special issues with some scientific journals. The organization of the event is rather team-oriented work. On behalf of the organizing committee, I would like to thank CPGIS, the University of Gävle, our sponsors and all those individuals involved in making it a successful event, in particular, Kickan Fahlstedt, the conference secretary who took most administrative and organizational matters into her hands; Anders Brandt who read the papers and provided useful comments to the authors; Bengt Eriksson, Stig-Göran Mårtensson, and Bengt Rystedt who are always very supportive for the event; Peter Fisher and David Maguire who share their vision on current geoinformatics research; and all the authors who contribute with their papers of high quality. Last but not least, the following colleagues or students deserve special thanks for their contributions to the organization of the conference: Gunter Göckelmann, Pia Ollert- Hallqvist, Anna Hansson, Neta Hedberg, Elisabeth Hugg, Mikael Johansson, Rebecca Jonsson, Hendrik Loch, Bengt-Olof Lundinger, Staffan Nygren, Kaj Wejander, and Wenjun Xie. Welcome to the Geoinformatics 2004, and enjoy your stay in Gävle! Bin JiangCo-chair of the organizing committee --- CONTENTS - VOLUME 1Keynote sessionThe logic of fuzzy detecting change in geographical information, p. 3P. FisherDistributed GIS: computing in the internet age, p. 4D. MaguirePlenary sessionAbout egocentric geovisualisation, p. 7L. MengShannonian, semantic and pragmatic geoinformation, p. 15J. PortugaliSpatio-temporal modelling and analysis of geolifelines, p. 22C. ClaramuntLocation-based service, mobile GIS and GPSLocation-based solutions for application services, p. 25K.H. Kim, S.G. Hong, J.H. Park and J.H. LeeA test-bed simulator for GPS and GIS integrated navigation and positioning research: - bus positioning, using GPS observations, odometer readings and map matching, p. 31J. Li, G. Taylor, C. Brunsdon, A. Olden, D. Steup and M. WinterReal-time map labelling for personal navigation, p.  39Q. Zhang and L. HarrieMulti-criteria decision analysis for location based services, p.  47M. Raubal and C. RinnerMap generalization for OSMasterMap data in location based services & mobile GIS applications, p. 54S. Anand, J.M. Ware and G.E. TaylorThe media and the messages of location-based services (LBS): death of distance or the revenge of geography?, p. 61D.Z. SuiReal time community mapping: evaluating two wireless technology approaches, p. 69Y. LaoDigital data collection and analysis techniques for forestry applications, p. 77M.G. Wing and L.D. KelloggA review of research and development on intelligent transport systems in Hong Kong - a geographic information system perspective, p. 84W.Z. Shi and H.K. LamA distributed architecture for WAP-based mobile GIS, p. 92Wang F., Bian F. and Hou Y.Efficient routing service for the open LBS services, p. 99S.-S. Kim and J.-H. ParkNetwork perspective for spatial data distribution on wireless environments, p. 107E. Lee, M.-J. Kim, M. Kim and B.-T. JangPrecise navigation with the use of buffer zones, p. 115A. Banachowicz and J. UriaszThe implementation of presentation service using JAVA web services, p. 120T.-W. Heo and J.-H. ParkAn open architecture of common core component for location based service, p. 127J.-C. Kim, J.-H. Park and J.-H. LeeOpen LBS solution architecture using service chaining webservices technology, p. 134S.-G. Hong, K.-H. Kim and J.-H. ParkAnalysis accuracy integrated position of hyperbolic system JEMIOLUSZKA and satellite navigation system GPS, p. 139A. Banachowicz and R. KamińskiSpatio-temporal modelling and databasesA web-based multimedia framework for diffusing spatio-temporal information: application to natural hazards, p. 149P-A. Davoine, J. Gensel and H. MartinContinuous data warehouse: concepts, challenges and potentials, p. 157T.O. Ahmed, M. Miquel and R. LauriniAn extended locking method for geographical database with spatial rules, p. 165Cheng C., Shen P., Zhang M. and Lu F.A hybrid approach to detect spatial-temporal outliers, p. 173T. Cheng and Z. LiA knowledge-based restricted problem solving method in GIS applications, p. 179Wei H., Xu Q. and Bai Y.Representation of moving objects along a road network, p. 187N. Van de Weghe, A.G. Cohn, P. Bogaert and P. De MaeyerA three-dimensional temporal GIS for the analysis of morphometric changes, p. 195M. Sriti, R. Thibaud and C. ClaramuntQuality assessment and uncertainty handling in spatial data mining, p. 203B. He, T. Fang and D. GuoFrom the schema matching to the integration of updating information into user geographic databases, p. 211A. BraunConstruction and specification of spatial configurations in a geographical information retrieval context, p. 219M. Ould Ahmed Limam and M. GaioA new tetrahedral network (TEN) generation algorithm for 3-D GIS, p. 226Song Z., Liu Y. and Niu W.GIS data modeling of 17th century fortresses on Dardanelles, p. 233C. Guney, B. Yuksel and R.N. CelikThe spatial data server based on open GIS standards in heterogeneous distributed environment, p. 241M.-J. Kim, E. Lee, B.-W. Oh and M. KimVector cellular automata based geographical entity, p. 249Hu S. and Li D.A method for testing low-value spatial clustering, p. 257G. Lin and T. ZhangResearch on Petri Net based spatiotemporal data model, p. 265Yin Z. and Li L.Advances in earth observation technologiesLossless inter-array predictive coding for subpixel-shifted satellite images based on texture analysis, p. 275Gao S., Zhang X.J. and Sun W.D.Visualizing distributions from multi-return lidar data to understand forest structure, p. 283D. Kao, M. Kramer, A. Love, J. Dungan and A. Pang3D scanning and photogrammetry for heritage recording: a comparison, p. 291W. Boehler and A. MarbsOn modelling and visualisation of high resolution virtual environments using LIDAR data, p. 299S. Ahlberg, U. Söderman, M. Elmqvist and Å. PerssonThe utilization of GPR data in GIS, p.  307Chen B.Z., Hu Z.Q. and Li W.D.APIAS - Airborne photos and images attainment system, p. 311J.C.C. Gonçalves Junior, E.C. Piovesan, G.C. Silveira and E.A. SilvaGeovisualisationRepresentation of geographic terrain surface using global indexing, p. 321J. KolarGeo-visualization support for multidimensional clustering, p. 329G. Andrienko and N. AndrienkoAnnotated observations as knowledge construction elements in visual data analysis, p. 336I. Denisovich3D geovisualization as a communication and analysis tool in fluvial geomorphology, p. 339S.A. Brandt and B. JiangA study on algorithms of a 3D visualization dynamic modification system based on TIN, p. 347P. Yang, H. Lin, S.J. Mao and D. ShenA multi-user mobile system to visualize environmental processes, p. 355J. Danado, E. Dias, T. Romão, N. Correia, A. Trabuco, C. Santos, J. Serpa, M. Costa and A. CâmaraInteracting with 17th century fortresses on Dardanelles through web-based geo-visualization, p. 363C. Guney and R.N. CelikVisualization of landscape data in digital maps by exclusive use of XML-based languages, p. 370K. Neumann, P. Ahlbrecht, S. Eckstein, B. Mathiak and A. KupferEmbedding digital rights in geovisualizations, p. 375J. DöllnerExperimental research on web-based 3D terrain visualization - using Java3D and Microsoft.Net, p. 383Wang Y., Tan H. and Liu J.The principles of designing CIS - cartographic information system, p. 389Zheng S. and Chen Y.A network common data form (NetCDF) utility for efficient environmental data processing and visualization, p. 397J. Liu, J.M. Chen, D.T. Price, and S. LiuDesign and implementation of high precision map symbol library based on GDI+, p. 405Wu X., Du Q., Cai Z. and Xu Z.User-centered 3D geovisualisation, p. 412A. NielsenStudying groundwater resource by volume visualization technology, p. 417Zhu G., Xu Z., Wu X. and Yan H.Cognition theory-based research on adaptive user interface for GEO-visualization system, p. 424Ling Y., Chen Y. and Wang Y. CONTENTS - VOLUME 2GIS in urban planning and modellingSpatial patterns of urban growth in Nepal: a GIS-assisted analysis, p. 435M. Adhikari, B.A. Portnov and M. SchwartzWhat's planning (support system design)?, p. 443M. Campagna and G. DeplanoGIS and remote sensing for urban planning: a case of Festac town, Lagos, Nigeria, p. 451M.J. Fasona and A.S. OmojolaGeographical information systems on the web for public participation in planning, p. 459O. Gudes, E.
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  • Brandt, S. Anders, 1970-, et al. (författare)
  • A harmonized GIS course curriculum for Swedish universities
  • 2007
  • Ingår i: EUC'07 HERODOT Proceedings. ; , s. 10 s.-
  • Konferensbidrag (övrigt vetenskapligt/konstnärligt)abstract
    • With the implementation of the Bologna declaration, European and other universities must change or adjust courses and programmes so they fit into the Bologna model. In Sweden this will take place during 2007. The intention with the declaration, for example, is that a basic course in one subject at one university should be treated as equivalent to the same type of course at another university. Once a year, the recently formed section for education of the Swedish Cartographic Society gathers university lecturers and others for an education conference to discuss matters concerning higher education in geomatics, geoinformatics, geography, etc. Last year’s conference identified the need for a harmonized course curriculum in basic GIS. One of the advantages of such a course is easier transfer of study records for inclusion of course credits in study programmes at other universities. Therefore, an attempt has been made to write a harmonized course curriculum for basic GIS. The course will contain about 50% common content and about 50% of content decided by the individual university. The common content will be described as learning outcomes, and then it is up to the universities to place the learning outcomes into a context. Thanks to this common core, the course can be given for such diverse programmes as archaeology, land surveying, or economy, and still be able to include the required knowledge for students to continue on more advanced courses at other universities.
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  • Brandt, S. Anders, 1970-, et al. (författare)
  • Kartografiska Sällskapets utbildningssektion : ett nytt tillskott i KS-familjen
  • 2006
  • Ingår i: Kart- & bildteknik. - Gävle : Kartografiska sällskapet. - 1651-792X. ; 21:2, s. 10-11
  • Tidskriftsartikel (populärvet., debatt m.m.)abstract
    • På Kartografiska Sällskapets årsmöte i Jönköping den 21 mars beslutades att inrätta en ny sektion inom sällskapet – en utbildningssektion. Denna artikel beskriver bakgrunden till sektionen och dess verksamhetsidé. Utbildningssektionens embryo tillkom för tre år sedan efter förslag från ULI som delegerade uppgiften till Geomatikprogrammet vid Högskolan i Gävle. Tanken vara att skapa ett forum för lärare inom geomatikområdet. Både för att sammanföra lärare från olika lärosäten, för att öka förståelsen för varandras arbeten, och för att kunna förbättra möjligheterna till samarbete.
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  • Brandt, S. Anders, 1970- (författare)
  • Rapport från Utbildningssektionens årliga utbildningskonferens
  • 2009
  • Ingår i: Kart- & bildteknik. - Gävle : Kartografiska Sällskapet. - 1651-792X. ; 2009:3, s. 18-19
  • Tidskriftsartikel (populärvet., debatt m.m.)abstract
    • Kartografiska sällskapets utbildningssektion genomför varje år de så kallade lärardagarna, en utbildningskonferens som kretsar kring geografisk information. Tilltänkta deltagare är alla, både utbildare och avnämare, som har intresse av utbildningsfrågor från skol- till universitetsnivå. Den 17 till 18 augusti detta år stod KTH som värd, med Hans Hauska hållande taktpinnen, och med 19 deltagare från ett tiotal olika arbetsgivare.
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  • Brandt, S. Anders, 1970- (författare)
  • Resolution issues of elevation data during inundation modeling of river floods
  • 2005
  • Ingår i: Proceedings of the XXXI IAHR Congress [Elektronisk resurs]. - Seoul : Korea Water Resources Association. - 8987898237 ; , s. 3573-3581
  • Konferensbidrag (refereegranskat)abstract
    • A case study of the Eskilstuna River in Sweden is presented. This study is carried out within the project KRIS-GIS®, a Swedish initiative of handling crisis situations, including flooding. The purpose is to show how different resolutions in input elevation data affect the resulting inundation maps. Terrain elevation points at the sides of the river were gathered from an airborne laser altimetry survey, and river bed elevations were gathered from an echosounding survey. The terrain model was constructed in ArcView GIS as a triangulated irregular network (TIN), which served as the base for all later modeling. The hydraulic modeling was done as one-dimensional steady flow in HEC-RAS flow routing software. High-resolution elevation data resulted in better inundation delineation than did lowresolution elevation data. If the mean water discharge was used in the modeling and if the river is narrow, a low resolution could even lead to that the river itself would not be marked as inundated. At high water discharges, the river was usually inundated, but there was great uncertainty if the riparian areas really would be flooded or not. With steep side slopes, the delineation of inundation becomes more certain, while at gentler side slopes, the flow is distributed on a larger surface with a risk that the raster cells will be incorrectly marked regarding inundation. Finally, the use of high-resolution elevation data compared with lowresolution data, makes estimates of friction factor, Manning’s n, relatively more important for correct results in inundation studies.
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  • Brandt, S. Anders, 1970-, et al. (författare)
  • Översvämningskarteringars tillförlitlighet
  • 2009
  • Ingår i: Kart & Bildteknik (Mapping and Image Science). - Gävle : Kartografiska Sällskapet. - 1651-792X. ; :4, s. 33-35
  • Tidskriftsartikel (populärvet., debatt m.m.)abstract
    • I ett tidigare nummer av Kart & Bildteknik beskrevs ett pågående forskningsprojekt som försökte ta reda på om det finns en optimal kvalitet på geografisk information som underlag för detaljerad översvämningskartering (Bergquist, Brandt & Klang, 2008). Projektet är nu avslutat och avrapporterat i Brandt (2009) och Klang och Klang (2009). Av resultaten framgår bland annat hur mycket tillförlitligheten av en översvämningskartering minskar med graden av försämrad höjdmodell, vilken utgör ett av de viktigaste underlagen för en översvämningsanalys. I samband med EUs översvämningsdirektiv (Europaparlamentets och rådets direktiv, 2007) föranleder detta en diskussion om vilka översvämningskarteringar som krävs för att uppfylla direktivet.
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