Verfügbarkeit: Map-based mobile services

Map-based mobile services: Theories, methods and implementations

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Format:	Buch
Sprache:	English
Veröffentlicht:	Berlin [u.a.] Springer 2005
Schlagworte:	Datenverarbeitung Cartography > Data processing Mobile communication systems Wireless communication systems Mobile Computing Standortbezogener Dienst Digitale Karte
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	Some papers from a multidisciplinary workshop held in Stuttgart, Germany, September 2003. Includes bibliographical references and index
Beschreibung:	XII, 260 S. Ill., graph. Darst., Kt. 1 CD-ROM (12 cm)
ISBN:	9783540230557 3540230556

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adam_text	Table of contents 1 Map-based Mobile Services ...............................................................................1 Liqiu MENG and Tumasch REICHENBACHER..........................................1 1.1 Background .........................................................................................1 1.2 Mobile maps and their predecessors ...................................................2 1.2.1 View-only maps .............................................................................2 1.2.2 Analytical maps ..............................................................................3 1.2.3 Explorative maps ............................................................................3 1.2.4 Web maps .......................................................................................4 1.2.5 Mobile maps ...................................................................................5 1.3 Affordances of maps ...........................................................................5 1.4 Research challenges of designing map-based mobile services ...........6 1.5 About the book ....................................................................................8 1.6 References ...........................................................................................8 2 Portrayal and Generalisation of Point Maps for Mobile Information Services .................................................................................................................11 Alistair EDWARDES, Dirk BURGHARDT, Robert WEIBEL ....................11 2.1 Introduction .......................................................................................11 2.2 Context of research ...........................................................................12 2.3 Maps as a representational medium ..................................................13 2.4 Map types and multiple views ...........................................................14 2.5 Symbolisation and spatial relations ...................................................16 2.5.1 Space distortion from symbolisation in data conflation ...............17 2.5.2 Abstractions of spatial relations ...................................................19 2.6 Geographic space ..............................................................................21 2.7 Generalisation ...................................................................................22 2.7.1 Generalisation operators for point maps ......................................22 2.8 Conclusions .......................................................................................27 Acknowledgements ...................................................................................28 References .................................................................................................28 3 Activity and Context - A Conceptual Framework for Mobile Geoservices. 31 Doris DRANSCH ..........................................................................................31 3.1 Mobile Geoservices ...........................................................................31 3.2 Concepts of activity and context .......................................................32 3.2.1 Activity ........................................................................................33 3.2.2 Activity and Mobile Geoservices .................................................35 3.2.3 Context .........................................................................................39 3.2.4 Context and Mobile Geoservices .................................................40 3.3 Conclusion ........................................................................................41 References .................................................................................................41 VIII 4 Effectiveness and Efficiency of Tourism Maps in the World Wide Web and their Potential for Mobile Map Services ............................................................43 Frank DICKMANN......................................................................................43 4.1 Introduction .......................................................................................43 4.2 Web maps and tourism ......................................................................44 4.3 Empirical analysis .............................................................................45 4.4 First results ........................................................................................47 4.4.1 Comprehension of overall topographic structures ........................48 4.4.2 Assimilation of complex spatial information ...............................48 4.4.3 Assimilation of detailed geographic information .........................50 4.5 Conclusion ........................................................................................51 References .................................................................................................52 5 The Cognitive Reality of Schematic Maps .....................................................55 Alexander KLIPPEL, Kai-Florian RICHTER, Thomas BARKOWSKY, Christian FREKSA ............................................................................................55 5.1 Introduction .......................................................................................55 5.2 Schématisation and Generalisation ...................................................56 5.3 Maintaining Qualitative Information ................................................59 5.4 Aspects of Human Spatial Cognition ................................................62 5.4.1 Wayfinding Choremes .................................................................62 5.4.2 Focus maps ..................................................................................64 5.4.3 Chorematic focus maps ................................................................65 5.4.4 Multimodality ..............................................................................65 5.5 Applications ......................................................................................67 5.6 Conclusions .......................................................................................68 References .................................................................................................69 6 Adaptive Visualisation of Landmarks using an MRDB. ...............................73 Birgit ELIAS, Mark HAMPE, Monika SESTER ..........................................73 6.1 Introduction .......................................................................................73 6.2 Mobile Navigation ............................................................................74 6.2.1 Context-dependent mobile navigation .........................................74 6.2.2 Focus on moving mode ................................................................74 6.3 Route-dependent generation of landmarks ........................................77 6.3.1 Existing databases for landmark detection ...................................78 6.3.2 Extraction procedure of potential landmarks ...............................78 6.3.3 Generation of route-specific landmarks .......................................79 6.4 Scale-dependent visualisation of landmarks .....................................80 6.4.1 Generating multiple resolutions for the MRDB ...........................80 6.4.2 Adaptive visualisation of landmark objects by re-generalisation. 81 6.4.3 Emphasizing important objects ....................................................81 6.4.4 Using MRDB for emphasizing important objects ........................83 6.5 Summary and Outlook ......................................................................84 Acknowledgement ....................................................................................85 References .................................................................................................85 IX 7 Ego Centres of Mobile Users and Egocentric Map Design ...........................87 LiqiuMENG .................................................................................................87 7.1 Introduction .......................................................................................87 7.1.1 Usability of the egocentric mobile map .......................................90 7.1.2 Necessity of designing egocentric mobile maps ..........................90 7.2 Detecting the ego centre of a mobile map user ...................................91 7.2.1 Behaviour tracking .......................................................................92 7.2.2 Mobility-conditioned user profile ................................................93 7.2.3 Acquisition of scenarios ...............................................................93 7.2.4 Generation of repertory grids .......................................................95 7.2.5 Participatory map design ..............................................................95 7.3 Designing egocentric map .................................................................96 7.4 Concluding remarks ........................................................................102 7.5 Acknowledgement ..........................................................................103 7.6 References .......................................................................................103 8 Adaptation to Context - A Way to Improve the Usability of Mobile Maps 107 L. Tiina SARJAKOSKI, Annu-Maaria NIVALA ......................................107 8.1 Introduction .....................................................................................107 8.2 Preliminary User Requirements Based on Field Testing ................109 8.2.1 Aim of the field study and test method ......................................109 8.2.2 Test users, material and equipment ............................................110 8.2.3 Pre-defined tasks ........................................................................ Ill 8.2.4 Results ........................................................................................112 8.3 Categorisation of Contexts in Mobile Map Applications ................114 8.3.1 Definitions of context .................................................................114 8.3.2 Contexts relevant for mobile map usage situation .....................114 8.3.3 Summary of context categorisation ............................................117 8.4. Implementation of the GUI and Adaptive Maps ............................118 8.4.1 Personalisation of the service .....................................................118 8.4.2 Adaptive seasonal maps .............................................................119 8.5 Further Development of Context-A ware Adaptive Maps ...............121 References ...............................................................................................121 9 Focalizing Measures of Salience for Wayfmding.... —.---------------------125 Stephan WINTER, Martin RAUBAL, Clemens NOTHEGGER ................125 9.1 Introduction .....................................................................................125 9.2 The Measure of Salience .................................................................126 9.3 Focalizing in Route Piloting ............................................................128 9.3.1 Mode of travelling ......................................................................129 9.3.2 Role of the traveller ....................................................................129 9.3.3 Environment of the traveller ......................................................129 9.3.4 Spatial and cognitive abilities of the traveller ............................130 9.4 Focalizing by Weighting the Measures of Salience ........................130 9.4.1 Specifications by the provider ....................................................131 9.4.2 Specifications by the user ...........................................................131 χ 9.4.3 Learning from behaviour ...........................................................132 9.5 Test of Weighted Salience ..............................................................132 9.6 Results .............................................................................................134 9.7 Conclusions and Outlook ................................................................137 Acknowledgements .................................................................................138 References ...............................................................................................138 10 Adaptive Egocentric Maps for Mobile Users .............................................141 Tumasch REICHENBACHER...................................................................141 10.1 Introduction ...................................................................................141 10.2 Geoservices for everyday activities ..............................................142 10.3 Context-adaptation in geoservices ................................................145 10.3.1 Context model for mobile geovisualisation services ................145 10.3.2 Adapting geovisualisation to mobile usage context parameters ...........................................................................................147 10.3.3 The process of map adaptation .................................................149 10.4 Egocentric maps ............................................................................152 10.5 Adapting to mobile user activities ................................................153 10.6 Conclusions ...................................................................................156 References ...............................................................................................157 11 Cartographic Location Based Services .......................................................159 Georg GARTNER, Susanne UHLIRZ........................................................159 11.1 Introduction ...................................................................................159 11.2 Elements of Cartographic LBS .....................................................159 11.2.1 Positioning ...............................................................................160 11.2.2 Modelling and Presentation ofinformation .............................160 11.2.3 Users and Adaptation ...............................................................161 11.3 Research questions in the context of cartographic LBS ................162 11.3.1 Integrative Positioning .............................................................162 11.3.2 Route Information Systems ......................................................163 11.3.3 Information Presentation and Visualisation .............................163 11.4 Selected contributions to concepting cartographic LBS ...............164 11.4.1 Active Landmarks ....................................................................164 11.4.2 Presenting routes by various presentation forms ......................166 11.4.3 Cartographic support for wayfinding .......................................167 11.5 Summary .......................................................................................169 References ...............................................................................................169 12 XML in Service Architectures for Mobile Cartographic Applications ... 173 Lassi LEHTO, Tapani SARJAKOSKI ........................................................173 12.1 Introduction ...................................................................................173 12.2 XML Basics ..................................................................................174 12.2.1 General .....................................................................................174 12.2.2 XML Schema ...........................................................................176 12.2.3 XLink .......................................................................................177 XI 12.2.4 XSLT ........................................................................................177 12.3 XML in Spatial Data Processing...................................................178 12.3.1 Data encoding, GML ................................................................178 12.3.2 Map visualisation, SVG........................................................... 178 12.3.3 Spatial data modelling and validation, XML Schema ..............179 12.3.4 Spatial relationships, XLinks ...................................................179 12.3.5 Spatial data transformations, XSLT .........................................179 12.4 Architecture for Mobile Map Services ..........................................180 12.4.1 Architecture layers ...................................................................180 12.4.2 Standardised interfaces .............................................................182 12.4.3 Use of XML in the architecture ................................................184 12.5 Service Architecture in the GiMoDig project ...............................185 12.5.1 General .....................................................................................185 12.5.2 Query processing ......................................................................187 12.5.3 Response processing ................................................................187 12.6 Other related studies ......................................................................189 12.7 Discussion and conclusion ............................................................189 References ...............................................................................................190 13 A Survey of Map-based Mobile Guides ......................................................193 Jörg BAUS, Keith CHEVERST, Christian KRAY ...................................193 13.1 Introduction ...................................................................................193 13.2 Mobile Guide Systems: A Representative Survey ........................195 13.3 COMPARISON/ANALYSIS ........................................................201 13.3.1 Positioning ...............................................................................202 13.3.2 Situational factors ....................................................................202 13.3.3 Adaptation capabilities .............................................................203 13.3.4 Interface and user interaction ...................................................204 13.3.5 Use of maps ..............................................................................205 13.3.6 Architecture ..............................................................................206 13.3.7 Future directions ......................................................................206 13.4 Conclusion ....................................................................................207 Acknowledgements .................................................................................208 References ...............................................................................................208 14 Position Determination of Reference Points in Surveying ........................211 Leonhard DIETZE, Klaus BÖHM..............................................................211 14.1 Introduction and state of the art ....................................................211 14.1.1 Locating reference points without technical support ................211 14.1.2 Current approaches using Location-based Services (LBS) ......212 14.2 Requirements for the Mobile Reference Point Localisation support service ........................................................................................213 14.3 The MRPL service concept ...........................................................214 14.3.1 The structured vector format ....................................................214 14.3.2 Integration of the user position with GPS ................................215 14.3.3 Technical background of position determination using GPS ...216 XII 14.4 Realisation....................................................................................216 14.4.1 Architecture .............................................................................216 14.5 The MRPL prototype ....................................................................220 14.6 Evaluation of the MPRL prototype ...............................................221 14.6.1 Test scénario ............................................................................221 14.6.2 Results...................................................................................... 221 14.6.3 Evaluation ................................................................................223 14.7 Summary and outlook ...................................................................223 Acknowledgements .................................................................................224 References ...............................................................................................224 15 Dynamic 3D Maps for Mobile Tourism Applications ...............................227 Arne SCHILLING, Volker COORS, Katri LAAKSO ................................227 15.1 Feasibility and Advantages of 3D Maps .......................................227 15.2 The TellMaris Project ...................................................................228 15.3 Integration in a Distributed Environment .....................................230 15.4 Development of the iPAQ Prototype ............................................231 15.4.1 Presentation Strategies .............................................................232 15.4.2 Connecting Tourist Data and GIS Data ...................................233 15.4.3 Spatial Database for 3D Geodata .............................................234 15.4.4 Technical Results .....................................................................236 15.5 Prototype Evaluation .....................................................................236 15.5.1 Settings and objectives .............................................................236 15.5.2 Results ......................................................................................237 References ...............................................................................................238 16 Designing Electronic Maps: An Ethnographic Approach ........................241 Barry BROWN, Eric LAURIER .................................................................241 16.1 Introduction ...................................................................................241 16.2 Motivation .....................................................................................242 16.3 Methods ........................................................................................243 16.4 Using Maps ...................................................................................244 16.4.1 Maps as collaborative artifacts .................................................244 16.4.2 Using a map in situ ..................................................................245 16.4.3 Getting from a to b ...................................................................247 16.4.4 Maps for pre- visiting an planing ..............................................248 16.5 Designing map technologies .........................................................250 16.5.1 Collaborative map use ..............................................................250 16.5.2 Combining electronic maps and guidebooks ...........................251 16.5.3 Supporting pre visiting an planning .........................................252 16.6 Conclusion ....................................................................................255 Acknowledgements .................................................................................255 References ...............................................................................................255 INDEX ................................................................................................................259
adam_txt	Table of contents 1 Map-based Mobile Services .1 Liqiu MENG and Tumasch REICHENBACHER.1 1.1 Background .1 1.2 Mobile maps and their predecessors .2 1.2.1 View-only maps .2 1.2.2 Analytical maps .3 1.2.3 Explorative maps .3 1.2.4 Web maps .4 1.2.5 Mobile maps .5 1.3 Affordances of maps .5 1.4 Research challenges of designing map-based mobile services .6 1.5 About the book .8 1.6 References .8 2 Portrayal and Generalisation of Point Maps for Mobile Information Services .11 Alistair EDWARDES, Dirk BURGHARDT, Robert WEIBEL .11 2.1 Introduction .11 2.2 Context of research .12 2.3 Maps as a representational medium .13 2.4 Map types and multiple views .14 2.5 Symbolisation and spatial relations .16 2.5.1 Space distortion from symbolisation in data conflation .17 2.5.2 Abstractions of spatial relations .19 2.6 Geographic space .21 2.7 Generalisation .22 2.7.1 Generalisation operators for point maps .22 2.8 Conclusions .27 Acknowledgements .28 References .28 3 Activity and Context - A Conceptual Framework for Mobile Geoservices. 31 Doris DRANSCH .31 3.1 Mobile Geoservices .31 3.2 Concepts of activity and context .32 3.2.1 Activity .33 3.2.2 Activity and Mobile Geoservices .35 3.2.3 Context .39 3.2.4 Context and Mobile Geoservices .40 3.3 Conclusion .41 References .41 VIII 4 Effectiveness and Efficiency of Tourism Maps in the World Wide Web and their Potential for Mobile Map Services .43 Frank DICKMANN.43 4.1 Introduction .43 4.2 Web maps and tourism .44 4.3 Empirical analysis .45 4.4 First results .47 4.4.1 Comprehension of overall topographic structures .48 4.4.2 Assimilation of complex spatial information .48 4.4.3 Assimilation of detailed geographic information .50 4.5 Conclusion .51 References .52 5 The Cognitive Reality of Schematic Maps .55 Alexander KLIPPEL, Kai-Florian RICHTER, Thomas BARKOWSKY, Christian FREKSA .55 5.1 Introduction .55 5.2 Schématisation and Generalisation .56 5.3 Maintaining Qualitative Information .59 5.4 Aspects of Human Spatial Cognition .62 5.4.1 Wayfinding Choremes .62 5.4.2 Focus maps .64 5.4.3 Chorematic focus maps .65 5.4.4 Multimodality .65 5.5 Applications .67 5.6 Conclusions .68 References .69 6 Adaptive Visualisation of Landmarks using an MRDB. .73 Birgit ELIAS, Mark HAMPE, Monika SESTER .73 6.1 Introduction .73 6.2 Mobile Navigation .74 6.2.1 Context-dependent mobile navigation .74 6.2.2 Focus on moving mode .74 6.3 Route-dependent generation of landmarks .77 6.3.1 Existing databases for landmark detection .78 6.3.2 Extraction procedure of potential landmarks .78 6.3.3 Generation of route-specific landmarks .79 6.4 Scale-dependent visualisation of landmarks .80 6.4.1 Generating multiple resolutions for the MRDB .80 6.4.2 Adaptive visualisation of landmark objects by re-generalisation. 81 6.4.3 Emphasizing important objects .81 6.4.4 Using MRDB for emphasizing important objects .83 6.5 Summary and Outlook .84 Acknowledgement .85 References .85 IX 7 Ego Centres of Mobile Users and Egocentric Map Design .87 LiqiuMENG .87 7.1 Introduction .87 7.1.1 Usability of the egocentric mobile map .90 7.1.2 Necessity of designing egocentric mobile maps .90 7.2 Detecting the ego centre of a mobile map user .91 7.2.1 Behaviour tracking .92 7.2.2 Mobility-conditioned user profile .93 7.2.3 Acquisition of scenarios .93 7.2.4 Generation of repertory grids .95 7.2.5 Participatory map design .95 7.3 Designing egocentric map .96 7.4 Concluding remarks .102 7.5 Acknowledgement .103 7.6 References .103 8 Adaptation to Context - A Way to Improve the Usability of Mobile Maps 107 L. Tiina SARJAKOSKI, Annu-Maaria NIVALA .107 8.1 Introduction .107 8.2 Preliminary User Requirements Based on Field Testing .109 8.2.1 Aim of the field study and test method .109 8.2.2 Test users, material and equipment .110 8.2.3 Pre-defined tasks . Ill 8.2.4 Results .112 8.3 Categorisation of Contexts in Mobile Map Applications .114 8.3.1 Definitions of context .114 8.3.2 Contexts relevant for mobile map usage situation .114 8.3.3 Summary of context categorisation .117 8.4. Implementation of the GUI and Adaptive Maps .118 8.4.1 Personalisation of the service .118 8.4.2 Adaptive seasonal maps .119 8.5 Further Development of Context-A ware Adaptive Maps .121 References .121 9 Focalizing Measures of Salience for Wayfmding. —.---------------------125 Stephan WINTER, Martin RAUBAL, Clemens NOTHEGGER .125 9.1 Introduction .125 9.2 The Measure of Salience .126 9.3 Focalizing in Route Piloting .128 9.3.1 Mode of travelling .129 9.3.2 Role of the traveller .129 9.3.3 Environment of the traveller .129 9.3.4 Spatial and cognitive abilities of the traveller .130 9.4 Focalizing by Weighting the Measures of Salience .130 9.4.1 Specifications by the provider .131 9.4.2 Specifications by the user .131 χ 9.4.3 Learning from behaviour .132 9.5 Test of Weighted Salience .132 9.6 Results .134 9.7 Conclusions and Outlook .137 Acknowledgements .138 References .138 10 Adaptive Egocentric Maps for Mobile Users .141 Tumasch REICHENBACHER.141 10.1 Introduction .141 10.2 Geoservices for everyday activities .142 10.3 Context-adaptation in geoservices .145 10.3.1 Context model for mobile geovisualisation services .145 10.3.2 Adapting geovisualisation to mobile usage context parameters .147 10.3.3 The process of map adaptation .149 10.4 Egocentric maps .152 10.5 Adapting to mobile user activities .153 10.6 Conclusions .156 References .157 11 Cartographic Location Based Services .159 Georg GARTNER, Susanne UHLIRZ.159 11.1 Introduction .159 11.2 Elements of Cartographic LBS .159 11.2.1 Positioning .160 11.2.2 Modelling and Presentation ofinformation .160 11.2.3 Users and Adaptation .161 11.3 Research questions in the context of cartographic LBS .162 11.3.1 Integrative Positioning .162 11.3.2 Route Information Systems .163 11.3.3 Information Presentation and Visualisation .163 11.4 Selected contributions to concepting cartographic LBS .164 11.4.1 Active Landmarks .164 11.4.2 Presenting routes by various presentation forms .166 11.4.3 Cartographic support for wayfinding .167 11.5 Summary .169 References .169 12 XML in Service Architectures for Mobile Cartographic Applications . 173 Lassi LEHTO, Tapani SARJAKOSKI .173 12.1 Introduction .173 12.2 XML Basics .174 12.2.1 General .174 12.2.2 XML Schema .176 12.2.3 XLink .177 XI 12.2.4 XSLT .177 12.3 XML in Spatial Data Processing.178 12.3.1 Data encoding, GML .178 12.3.2 Map visualisation, SVG. 178 12.3.3 Spatial data modelling and validation, XML Schema .179 12.3.4 Spatial relationships, XLinks .179 12.3.5 Spatial data transformations, XSLT .179 12.4 Architecture for Mobile Map Services .180 12.4.1 Architecture layers .180 12.4.2 Standardised interfaces .182 12.4.3 Use of XML in the architecture .184 12.5 Service Architecture in the GiMoDig project .185 12.5.1 General .185 12.5.2 Query processing .187 12.5.3 Response processing .187 12.6 Other related studies .189 12.7 Discussion and conclusion .189 References .190 13 A Survey of Map-based Mobile Guides .193 Jörg BAUS, Keith CHEVERST, Christian KRAY .193 13.1 Introduction .193 13.2 Mobile Guide Systems: A Representative Survey .195 13.3 COMPARISON/ANALYSIS .201 13.3.1 Positioning .202 13.3.2 Situational factors .202 13.3.3 Adaptation capabilities .203 13.3.4 Interface and user interaction .204 13.3.5 Use of maps .205 13.3.6 Architecture .206 13.3.7 Future directions .206 13.4 Conclusion .207 Acknowledgements .208 References .208 14 Position Determination of Reference Points in Surveying .211 Leonhard DIETZE, Klaus BÖHM.211 14.1 Introduction and state of the art .211 14.1.1 Locating reference points without technical support .211 14.1.2 Current approaches using Location-based Services (LBS) .212 14.2 Requirements for the 'Mobile Reference Point Localisation' support service .213 14.3 The MRPL service concept .214 14.3.1 The structured vector format .214 14.3.2 Integration of the user position with GPS .215 14.3.3 Technical background of position determination using GPS .216 XII 14.4 Realisation.216 14.4.1 Architecture .216 14.5 The MRPL prototype .220 14.6 Evaluation of the MPRL prototype .221 14.6.1 Test scénario .221 14.6.2 Results. 221 14.6.3 Evaluation .223 14.7 Summary and outlook .223 Acknowledgements .224 References .224 15 Dynamic 3D Maps for Mobile Tourism Applications .227 Arne SCHILLING, Volker COORS, Katri LAAKSO .227 15.1 Feasibility and Advantages of 3D Maps .227 15.2 The TellMaris Project .228 15.3 Integration in a Distributed Environment .230 15.4 Development of the iPAQ Prototype .231 15.4.1 Presentation Strategies .232 15.4.2 Connecting Tourist Data and GIS Data .233 15.4.3 Spatial Database for 3D Geodata .234 15.4.4 Technical Results .236 15.5 Prototype Evaluation .236 15.5.1 Settings and objectives .236 15.5.2 Results .237 References .238 16 Designing Electronic Maps: An Ethnographic Approach .241 Barry BROWN, Eric LAURIER .241 16.1 Introduction .241 16.2 Motivation .242 16.3 Methods .243 16.4 Using Maps .244 16.4.1 Maps as collaborative artifacts .244 16.4.2 Using a map in situ .245 16.4.3 Getting from a to b .247 16.4.4 Maps for pre- visiting an planing .248 16.5 Designing map technologies .250 16.5.1 Collaborative map use .250 16.5.2 Combining electronic maps and guidebooks .251 16.5.3 Supporting pre visiting an planning .252 16.6 Conclusion .255 Acknowledgements .255 References .255 INDEX .259
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illustrated	Illustrated
index_date	2024-07-02T17:57:57Z
indexdate	2024-07-09T20:59:06Z
institution	BVB
isbn	9783540230557 3540230556
language	English
lccn	2004114236
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-015714055
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open_access_boolean
owner	DE-355 DE-BY-UBR DE-11 DE-91 DE-BY-TUM
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physical	XII, 260 S. Ill., graph. Darst., Kt. 1 CD-ROM (12 cm)
publishDate	2005
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publisher	Springer
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spelling	Map-based mobile services Theories, methods and implementations Liqiu Meng... (eds.) Berlin [u.a.] Springer 2005 XII, 260 S. Ill., graph. Darst., Kt. 1 CD-ROM (12 cm) txt rdacontent n rdamedia nc rdacarrier Some papers from a multidisciplinary workshop held in Stuttgart, Germany, September 2003. Includes bibliographical references and index Datenverarbeitung Cartography Data processing Mobile communication systems Wireless communication systems Mobile Computing (DE-588)4694120-4 gnd rswk-swf Standortbezogener Dienst (DE-588)4737525-5 gnd rswk-swf Digitale Karte (DE-588)4745787-9 gnd rswk-swf Digitale Karte (DE-588)4745787-9 s Mobile Computing (DE-588)4694120-4 s Standortbezogener Dienst (DE-588)4737525-5 s DE-604 Meng, Liqiu 1963- Sonstige (DE-588)135777763 oth Digitalisierung UB Regensburg application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015714055&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Map-based mobile services Theories, methods and implementations Datenverarbeitung Cartography Data processing Mobile communication systems Wireless communication systems Mobile Computing (DE-588)4694120-4 gnd Standortbezogener Dienst (DE-588)4737525-5 gnd Digitale Karte (DE-588)4745787-9 gnd
subject_GND	(DE-588)4694120-4 (DE-588)4737525-5 (DE-588)4745787-9
title	Map-based mobile services Theories, methods and implementations
title_auth	Map-based mobile services Theories, methods and implementations
title_exact_search	Map-based mobile services Theories, methods and implementations
title_exact_search_txtP	Map-based mobile services Theories, methods and implementations
title_full	Map-based mobile services Theories, methods and implementations Liqiu Meng... (eds.)
title_fullStr	Map-based mobile services Theories, methods and implementations Liqiu Meng... (eds.)
title_full_unstemmed	Map-based mobile services Theories, methods and implementations Liqiu Meng... (eds.)
title_short	Map-based mobile services
title_sort	map based mobile services theories methods and implementations
title_sub	Theories, methods and implementations
topic	Datenverarbeitung Cartography Data processing Mobile communication systems Wireless communication systems Mobile Computing (DE-588)4694120-4 gnd Standortbezogener Dienst (DE-588)4737525-5 gnd Digitale Karte (DE-588)4745787-9 gnd
topic_facet	Datenverarbeitung Cartography Data processing Mobile communication systems Wireless communication systems Mobile Computing Standortbezogener Dienst Digitale Karte
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015714055&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT mengliqiu mapbasedmobileservicestheoriesmethodsandimplementations

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