User:Adavidson/test
Table of Contents
task
Abstract (German)
Abstract (English)
Table of Contents
List of Figures
List of Tables
List of abbreviations
I.1 Aim of the work.
I.2 Structure of the work
II. Fundamentals 3
A Free content, geodata and online communities. 3
B Origin and Significance of the OpenStreetMap Project 4
C Technical implementation of the OpenStreetMap project 5
D OpenStreetMap data model. 6
E Communication and documentation in the OpenStreetMap project. 8th
A General traffic10
B Classification of local public transport12
C Organization of local public transport14
D Public Transportation15
E Realization of public transport .18
II.3 Public transport in cartography. 23
A classification, classification and history. 23
B Representation forms and topographical map bases 24
C Cartographic Presentation Methods .26
D Statements 27
II.4 Data models and standards in public transport 31
A Transmodel .31
B Transmodel-based standards.31
C Google Transit Feed Specification.32
D Numbering systems in public transport .32
III. Stock analysis of public transport in OpenStreetMap .33
III.1 Activities and Priorities within the OpenStreetMap Community 33
A Modeling of public transport data 33
B Import of data on local public transport 34
C Presentation of data on local public transport. 34
III.2 Analysis of the local public transport scheme 36
A bus. 36
B trolleybus 42
C track bus 43
D Taxi, rental car and car sharing. 43
E Special forms of local public transport 44
F regional train 45
G light rail 50
H fast train 51
I Stadtschnellbahn52
J tram 54
K passenger ferry 57
L Other means of transport. 58
M line networks and tariff zones. 58
III.3 Conclusions from the analysis of the data schema. 60
A Infrastructure elements 60
B network information. 62
IV. Adaptation of the schema for data
to public transport in OpenStreetMap. 64
IV.1 Design and Implementation of the Adapted Data Scheme 64
A Lines Infrastructure Elements 64
B Pointed infrastructure elements .70
C lines 76
D routes. 82
E line networks 82
IV.2 Inclusion of the OpenStreetMap community. 83
A contact with the community. 83
B Conducting a community workshop 83
C Modification and improvement of the customized data schema. 84
D Resonance of the Community 84
IV.3 Testing the adapted data schema. 87
A prerequisites for the trial. 87
B Conduct of the trial 87
C Findings from testing .91
V. Extension of a software tool for the visualization and quality assurance of public transport data in OpenStreetMap 93 V.1 Framework conditions for expansion93
A basic concept of enlargement93
B Target of the extension 93
C Technical framework for enlargement 94
V.2 Draft of the extension. 95
A data for the extension. 95
B New functionalities for the software tool 95
C Organization of the new functionalities for the software tool. 96
V.3 Implementation of the extension 102
A Preparation for implementation .102
B implementation of the implementation 106
C Cartographic Aspects of Implementation .107
VI. Visualization of the Adapted Public Passenger Data Schema in OpenStreetMap 110
VI.1 Visualization of infrastructure elements. 110
A Visualization of Linear Infrastructure Elements 110
B Visualization of punctual infrastructure elements. 113
VI.2 Visualization of network information 117
A visualization of holding as network information. 117
B Visualization of Lines and Line Networks 118
VII. Conclusion 120
VII.1 Summary and Conclusion 120
VII.2 Open questions and outlook .122
Bibliography.XV Affidavit XXI
Annex A: Public Transport Public Transport Map A-1
Appendix B: Entity classes of public transit in OpenStreetMap B-1
Annex C: Railway tracks and railways C-1