3

3D visualization

• ADDING 3D GIS VISUALIZATION AND NAVIGATION TO THE SPARQL QUERY LOOP, pages 11–14

A

Academic Track

• PREFACE: ACADEMIC TRACK OF FOSS4G 2018 – LEAVING NO-ONE BEHIND, pages 1–2

Arti

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Autonomous/Driverless Vehicles

• NEW SOURCE OF GEOSPATIAL DATA: CROWDSENSING BY ASSISTED AND AUTONOMOUS VEHICLE TECHNOLOGIES, pages 211–216

action cameras

• COASTAL MAPPING AND KITESURFING, pages 3–10

B

Big Data

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Birdhouse

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Bogota

• THE LANDSLIDE HAZARD MAP OF BOGOTA AN UPDATING, pages 233–241

C

CKAN

• REPEATABLE DEPLOYMENT OF AN OPEN STANDARDS, OPEN SOURCE AND OPEN DATA STACK FOR BUILDING A FEDERATED MARINE DATA MANAGEMENT AND DECISION SUPPORT SYSTEM FOR SOUTH AFRICA, pages 139–145

CSW

• REPEATABLE DEPLOYMENT OF AN OPEN STANDARDS, OPEN SOURCE AND OPEN DATA STACK FOR BUILDING A FEDERATED MARINE DATA MANAGEMENT AND DECISION SUPPORT SYSTEM FOR SOUTH AFRICA, pages 139–145

Capacity Building

• CAPACITY BUILDING FOR HIGH-RESOLUTION LAND COVER INTERCOMPARISON AND VALIDATION: WHAT IS AVAILABLE AND WHAT IS NEEDED, pages 15–22

Case Study

• REPEATABLE DEPLOYMENT OF AN OPEN STANDARDS, OPEN SOURCE AND OPEN DATA STACK FOR BUILDING A FEDERATED MARINE DATA MANAGEMENT AND DECISION SUPPORT SYSTEM FOR SOUTH AFRICA, pages 139–145

Cellular data

• VISUALIZATION AND ANALYSIS OF CELLULAR & TWITTER DATA USING QGIS, pages 199–209

Citizen science

• COASTAL MAPPING AND KITESURFING, pages 3–10

Climate Change Impact

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Climate Model Data

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Climate Services

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Clustering algorithms

• HIERARCHICAL PATH PLANNING FOR WALKING (ALMOST) ANYWHERE, pages 109–116

Collaboration

• A SEMI-AUTOMATIC PROCEDURE FOR A DEMOGRAPHIC ANALYSIS OF THE FOSS4G DEVELOPERS’ COMMUNITY, pages 171–174

Community

• A SEMI-AUTOMATIC PROCEDURE FOR A DEMOGRAPHIC ANALYSIS OF THE FOSS4G DEVELOPERS’ COMMUNITY, pages 171–174

Cost function

• HIERARCHICAL PATH PLANNING FOR WALKING (ALMOST) ANYWHERE, pages 109–116

Crowdsensing/Crowdsourcing

• NEW SOURCE OF GEOSPATIAL DATA: CROWDSENSING BY ASSISTED AND AUTONOMOUS VEHICLE TECHNOLOGIES, pages 211–216

cloud computing

• OPEN FORIS AND GOOGLE EARTH ENGINE LINKING EXPERT PARTICIPATION WITH NATURAL RESOURCE MAPPING AND REMOTE SENSING TRAINING IN TANZANIA, pages 117–122

code generation

• GEOCONTEXT AND CHCONTEXT GEOGRAPHIC INFORMATION IN CULTURAL HERITAGE, pages 129–132

collaborative mapping

• TOWARDS UNDERSTANDING THE IMPACT OF MAPATHONS – REFLECTING ON YOUTHMAPPERS EXPERIENCES, pages 35–42

coral reef mapping

• COASTAL MAPPING AND KITESURFING, pages 3–10

crowdsourcing

• OPEN FORIS AND GOOGLE EARTH ENGINE LINKING EXPERT PARTICIPATION WITH NATURAL RESOURCE MAPPING AND REMOTE SENSING TRAINING IN TANZANIA, pages 117–122

cultural heritage

• GEOCONTEXT AND CHCONTEXT GEOGRAPHIC INFORMATION IN CULTURAL HERITAGE, pages 129–132

D

Dar es Salaam

• PREFACE: ACADEMIC TRACK OF FOSS4G 2018 – LEAVING NO-ONE BEHIND, pages 1–2

Data Management System

• REPEATABLE DEPLOYMENT OF AN OPEN STANDARDS, OPEN SOURCE AND OPEN DATA STACK FOR BUILDING A FEDERATED MARINE DATA MANAGEMENT AND DECISION SUPPORT SYSTEM FOR SOUTH AFRICA, pages 139–145

Data Quality

• AN OPEN SOURCE APPROACH FOR THE INTRINSIC ASSESSMENT OF THE TEMPORAL ACCURACY, UP-TO-DATENESS AND LINEAGE OF OPENSTREETMAP, pages 147–154

Data construction

• INFACTORY: A RESTFUL API SERVER FOR EASILY CREATING INDOORGML, pages 77–84

Deep Learning

• NEW SOURCE OF GEOSPATIAL DATA: CROWDSENSING BY ASSISTED AND AUTONOMOUS VEHICLE TECHNOLOGIES, pages 211–216

DevOps

• REPEATABLE DEPLOYMENT OF AN OPEN STANDARDS, OPEN SOURCE AND OPEN DATA STACK FOR BUILDING A FEDERATED MARINE DATA MANAGEMENT AND DECISION SUPPORT SYSTEM FOR SOUTH AFRICA, pages 139–145

Digital government

• ADOPTION OF GEOSPATIAL GOVERNANCE IN THE CONTEXT OF E-GOVERMENT IN TANZANIA: ADDRESSING BOTTLENECKS IN SPATIAL DATA INFRASTRUCTURE DEVELOPMENT, pages 163–170

Distributed Systems Architecture

• REPEATABLE DEPLOYMENT OF AN OPEN STANDARDS, OPEN SOURCE AND OPEN DATA STACK FOR BUILDING A FEDERATED MARINE DATA MANAGEMENT AND DECISION SUPPORT SYSTEM FOR SOUTH AFRICA, pages 139–145

data analytics

• ADDING 3D GIS VISUALIZATION AND NAVIGATION TO THE SPARQL QUERY LOOP, pages 11–14

data publishing

• LINKED DATA VIEWING AS PART OF THE SPATIAL DATA PLATFORM OF THE FUTURE, pages 49–52

deep learning

• COASTAL MAPPING AND KITESURFING, pages 3–10

doctoral programme

• GEO-C: ENABLING OPEN CITIES AND THE OPEN CITY TOOLKIT, pages 61–68

E

EU Copernicus Climate Change service (C3S)

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Earth Observation

• IMPLEMENTATION OF A COMPREHENSIVE AND EFFECTIVE GEOPROCESSING WORKFLOW ENVIRONMENT, pages 123–127

Earth Observation Data

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Education

• FOSTERING PRE-UNIVERSITY STUDENT PARTICIPATION IN OSGEO THROUGH THE GOOGLE CODE-IN COMPETITION, pages 175–180

Extreme Weather Event Assessment

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

e-government

• ADOPTION OF GEOSPATIAL GOVERNANCE IN THE CONTEXT OF E-GOVERMENT IN TANZANIA: ADDRESSING BOTTLENECKS IN SPATIAL DATA INFRASTRUCTURE DEVELOPMENT, pages 163–170

earth observation

• OPEN FORIS AND GOOGLE EARTH ENGINE LINKING EXPERT PARTICIPATION WITH NATURAL RESOURCE MAPPING AND REMOTE SENSING TRAINING IN TANZANIA, pages 117–122

education

• LINKDALE: A LIGHTWEIGHT LEARNING ENVIRONMENT FOR (GEOSPATIAL) LINKED DATA, pages 187–190

F

FOSS4G

• PREFACE: ACADEMIC TRACK OF FOSS4G 2018 – LEAVING NO-ONE BEHIND, pages 1–2
• A SEMI-AUTOMATIC PROCEDURE FOR A DEMOGRAPHIC ANALYSIS OF THE FOSS4G DEVELOPERS’ COMMUNITY, pages 171–174

faceted browsing

• LINKED DATA VIEWING AS PART OF THE SPATIAL DATA PLATFORM OF THE FUTURE, pages 49–52

G

GEO-C

• GEO-C: ENABLING OPEN CITIES AND THE OPEN CITY TOOLKIT, pages 61–68

GIS

• ORTHORECTIFICATION OF A LARGE DATASET OF HISTORICAL AERIAL IMAGES: PROCEDURE AND PRECISION ASSESSMENT IN AN OPEN SOURCE ENVIRONMENT, pages 53–59
• BUILDING GEOSPATIAL COMPETENCES IN TANZANIAN UNIVERSITIES WITH OPEN SOURCE SOLUTIONS, pages 93–99

GIS for energy access planning

• OVERCOMING DATA SCARCITY FOR ENERGY ACCESS PLANNING WITH OPEN DATA – THE EXAMPLE OF TANZANIA, pages 23–26

GIS viewing

• LINKED DATA VIEWING AS PART OF THE SPATIAL DATA PLATFORM OF THE FUTURE, pages 49–52

GIScience

• GEO-C: ENABLING OPEN CITIES AND THE OPEN CITY TOOLKIT, pages 61–68

GRASS GIS

• ELECTRICITY INFRASTRUCTURE PLANNING: EVALUATING SOLAR POTENTIAL ASSESSMENTS FOR INFORMAL SETTLEMENTS USING GRASS AND FREELY AVAILABLE DATA, pages 69–76
• THE LANDSLIDE HAZARD MAP OF BOGOTA AN UPDATING, pages 233–241

Geography

• BUILDING GEOSPATIAL COMPETENCES IN TANZANIAN UNIVERSITIES WITH OPEN SOURCE SOLUTIONS, pages 93–99

Geoprocessing

• IMPLEMENTATION OF A COMPREHENSIVE AND EFFECTIVE GEOPROCESSING WORKFLOW ENVIRONMENT, pages 123–127

Geospatial

• BUILDING GEOSPATIAL COMPETENCES IN TANZANIAN UNIVERSITIES WITH OPEN SOURCE SOLUTIONS, pages 93–99

GitHub

• A SEMI-AUTOMATIC PROCEDURE FOR A DEMOGRAPHIC ANALYSIS OF THE FOSS4G DEVELOPERS’ COMMUNITY, pages 171–174

Glacier

• DEVELOPMENT OF WEB BASED HIMALAYAN GLACIER INFORMATION SYSTEM USING OPEN SOURCE, pages 181–186

Global Moran’s I

• SPATIAL STATISTICAL ANALYSES TO ASSESS THE SPATIAL EXTENT AND CONCENTRATION OF MULTIDIMENSIONAL POVERTY IN GAUTENG USING THE SOUTH AFRICAN MULTIDIMENSIONAL POVERTY INDEX, pages 85–92

Graph theory

• HIERARCHICAL PATH PLANNING FOR WALKING (ALMOST) ANYWHERE, pages 109–116

g-governance

• ADOPTION OF GEOSPATIAL GOVERNANCE IN THE CONTEXT OF E-GOVERMENT IN TANZANIA: ADDRESSING BOTTLENECKS IN SPATIAL DATA INFRASTRUCTURE DEVELOPMENT, pages 163–170

geo-referenced LCA data

• OPEN NETWORK FOR LOCAL SELF SUSTAINABILITY, BOOSTING BIOREGIONAL DEVELOPMENT THROUGH AN OPEN DATA SHARING SYSTEM, pages 27–33

geographic content

• GEOCONTEXT AND CHCONTEXT GEOGRAPHIC INFORMATION IN CULTURAL HERITAGE, pages 129–132

geographic visualization

• GEOCONTEXT AND CHCONTEXT GEOGRAPHIC INFORMATION IN CULTURAL HERITAGE, pages 129–132

geospatial

• OPEN FORIS AND GOOGLE EARTH ENGINE LINKING EXPERT PARTICIPATION WITH NATURAL RESOURCE MAPPING AND REMOTE SENSING TRAINING IN TANZANIA, pages 117–122
• ADOPTION OF GEOSPATIAL GOVERNANCE IN THE CONTEXT OF E-GOVERMENT IN TANZANIA: ADDRESSING BOTTLENECKS IN SPATIAL DATA INFRASTRUCTURE DEVELOPMENT, pages 163–170

geospatial data

• ADDING 3D GIS VISUALIZATION AND NAVIGATION TO THE SPARQL QUERY LOOP, pages 11–14
• LINKED DATA VIEWING AS PART OF THE SPATIAL DATA PLATFORM OF THE FUTURE, pages 49–52

H

Hacking spatial data

• HACKING SPATIAL DATA: AN EXAMPLE OF AGGREGATION PROBLEMS, pages 231–232

High-resolution

• CAPACITY BUILDING FOR HIGH-RESOLUTION LAND COVER INTERCOMPARISON AND VALIDATION: WHAT IS AVAILABLE AND WHAT IS NEEDED, pages 15–22

Higher Education Institutions

• BUILDING GEOSPATIAL COMPETENCES IN TANZANIAN UNIVERSITIES WITH OPEN SOURCE SOLUTIONS, pages 93–99

Himalaya

• DEVELOPMENT OF WEB BASED HIMALAYAN GLACIER INFORMATION SYSTEM USING OPEN SOURCE, pages 181–186

historical aerial images

• ORTHORECTIFICATION OF A LARGE DATASET OF HISTORICAL AERIAL IMAGES: PROCEDURE AND PRECISION ASSESSMENT IN AN OPEN SOURCE ENVIRONMENT, pages 53–59

I

ICT

• BUILDING GEOSPATIAL COMPETENCES IN TANZANIAN UNIVERSITIES WITH OPEN SOURCE SOLUTIONS, pages 93–99

Indoor Data

• INDOOR SPATIAL DATA CONSTRUCTION FROM TRIANGLE MESH, pages 101–108

Indoor Space

• INDOOR SPATIAL DATA CONSTRUCTION FROM TRIANGLE MESH, pages 101–108

Indoor space

• INFACTORY: A RESTFUL API SERVER FOR EASILY CREATING INDOORGML, pages 77–84

IndoorGML

• INFACTORY: A RESTFUL API SERVER FOR EASILY CREATING INDOORGML, pages 77–84
• INDOOR SPATIAL DATA CONSTRUCTION FROM TRIANGLE MESH, pages 101–108

Informal Settlement

• ELECTRICITY INFRASTRUCTURE PLANNING: EVALUATING SOLAR POTENTIAL ASSESSMENTS FOR INFORMAL SETTLEMENTS USING GRASS AND FREELY AVAILABLE DATA, pages 69–76

Information System

• DEVELOPMENT OF WEB BASED HIMALAYAN GLACIER INFORMATION SYSTEM USING OPEN SOURCE, pages 181–186

Institutional Cooperation

• BUILDING GEOSPATIAL COMPETENCES IN TANZANIAN UNIVERSITIES WITH OPEN SOURCE SOLUTIONS, pages 93–99

Intercomparison

• CAPACITY BUILDING FOR HIGH-RESOLUTION LAND COVER INTERCOMPARISON AND VALIDATION: WHAT IS AVAILABLE AND WHAT IS NEEDED, pages 15–22

image orthorectification

• ORTHORECTIFICATION OF A LARGE DATASET OF HISTORICAL AERIAL IMAGES: PROCEDURE AND PRECISION ASSESSMENT IN AN OPEN SOURCE ENVIRONMENT, pages 53–59

interpreters

• GEOCONTEXT AND CHCONTEXT GEOGRAPHIC INFORMATION IN CULTURAL HERITAGE, pages 129–132

L

LISA

• SPATIAL STATISTICAL ANALYSES TO ASSESS THE SPATIAL EXTENT AND CONCENTRATION OF MULTIDIMENSIONAL POVERTY IN GAUTENG USING THE SOUTH AFRICAN MULTIDIMENSIONAL POVERTY INDEX, pages 85–92

Land Cover

• CAPACITY BUILDING FOR HIGH-RESOLUTION LAND COVER INTERCOMPARISON AND VALIDATION: WHAT IS AVAILABLE AND WHAT IS NEEDED, pages 15–22

Land use change

• LAND USE, MICROCLIMATE, AND SURFACE RUNOFF LINKAGES: SPACE-TIME MODELING FROM ROKEL-SELI RIVER BASIN, SIERRA LEONE, pages 225–230

Landslides

• THE LANDSLIDE HAZARD MAP OF BOGOTA AN UPDATING, pages 233–241

LiDAR

• HIERARCHICAL PATH PLANNING FOR WALKING (ALMOST) ANYWHERE, pages 109–116

Lineage

• AN OPEN SOURCE APPROACH FOR THE INTRINSIC ASSESSMENT OF THE TEMPORAL ACCURACY, UP-TO-DATENESS AND LINEAGE OF OPENSTREETMAP, pages 147–154

Linked Data

• ADDING 3D GIS VISUALIZATION AND NAVIGATION TO THE SPARQL QUERY LOOP, pages 11–14
• LINKED DATA VIEWING AS PART OF THE SPATIAL DATA PLATFORM OF THE FUTURE, pages 49–52
• LINKDALE: A LIGHTWEIGHT LEARNING ENVIRONMENT FOR (GEOSPATIAL) LINKED DATA, pages 187–190

learning environment

• LINKDALE: A LIGHTWEIGHT LEARNING ENVIRONMENT FOR (GEOSPATIAL) LINKED DATA, pages 187–190

M

Map Generalization

• IMPROVING PATH QUERY PERFORMANCE IN PGROUTING USING A MAP GENERALIZATION APPROACH, pages 191–198

Mapping; Mangroves; Satellite Image; Landsat; Mafia Island

• MAPPING SPATIOTEMPORAL DISTRIBUTION OF MANGROVES IN MAFIA ISLAND IN TANZANIA USING LANDSAT IMAGERY, pages 133–138

Mesh Simplification

• INDOOR SPATIAL DATA CONSTRUCTION FROM TRIANGLE MESH, pages 101–108

Mini-grids

• OVERCOMING DATA SCARCITY FOR ENERGY ACCESS PLANNING WITH OPEN DATA – THE EXAMPLE OF TANZANIA, pages 23–26

Mobile Mapping

• NEW SOURCE OF GEOSPATIAL DATA: CROWDSENSING BY ASSISTED AND AUTONOMOUS VEHICLE TECHNOLOGIES, pages 211–216

Model Builder

• THE LANDSLIDE HAZARD MAP OF BOGOTA AN UPDATING, pages 233–241

Modelling

• THE LANDSLIDE HAZARD MAP OF BOGOTA AN UPDATING, pages 233–241

Multidimensional Poverty

• SPATIAL STATISTICAL ANALYSES TO ASSESS THE SPATIAL EXTENT AND CONCENTRATION OF MULTIDIMENSIONAL POVERTY IN GAUTENG USING THE SOUTH AFRICAN MULTIDIMENSIONAL POVERTY INDEX, pages 85–92

mapathon

• TOWARDS UNDERSTANDING THE IMPACT OF MAPATHONS – REFLECTING ON YOUTHMAPPERS EXPERIENCES, pages 35–42

microclimate

• LAND USE, MICROCLIMATE, AND SURFACE RUNOFF LINKAGES: SPACE-TIME MODELING FROM ROKEL-SELI RIVER BASIN, SIERRA LEONE, pages 225–230

N

Natural Resources

• DEVELOPMENT OF WEB BASED HIMALAYAN GLACIER INFORMATION SYSTEM USING OPEN SOURCE, pages 181–186

O

OGC

• INFACTORY: A RESTFUL API SERVER FOR EASILY CREATING INDOORGML, pages 77–84
• DEVELOPMENT OF WEB BASED HIMALAYAN GLACIER INFORMATION SYSTEM USING OPEN SOURCE, pages 181–186

Oceans and Coasts

• REPEATABLE DEPLOYMENT OF AN OPEN STANDARDS, OPEN SOURCE AND OPEN DATA STACK FOR BUILDING A FEDERATED MARINE DATA MANAGEMENT AND DECISION SUPPORT SYSTEM FOR SOUTH AFRICA, pages 139–145

Open City Toolkit

• GEO-C: ENABLING OPEN CITIES AND THE OPEN CITY TOOLKIT, pages 61–68

Open Data

• ELECTRICITY INFRASTRUCTURE PLANNING: EVALUATING SOLAR POTENTIAL ASSESSMENTS FOR INFORMAL SETTLEMENTS USING GRASS AND FREELY AVAILABLE DATA, pages 69–76

Open Source

• CAPACITY BUILDING FOR HIGH-RESOLUTION LAND COVER INTERCOMPARISON AND VALIDATION: WHAT IS AVAILABLE AND WHAT IS NEEDED, pages 15–22
• AN OPEN SOURCE APPROACH FOR THE INTRINSIC ASSESSMENT OF THE TEMPORAL ACCURACY, UP-TO-DATENESS AND LINEAGE OF OPENSTREETMAP, pages 147–154
• A SEMI-AUTOMATIC PROCEDURE FOR A DEMOGRAPHIC ANALYSIS OF THE FOSS4G DEVELOPERS’ COMMUNITY, pages 171–174
• FOSTERING PRE-UNIVERSITY STUDENT PARTICIPATION IN OSGEO THROUGH THE GOOGLE CODE-IN COMPETITION, pages 175–180

Open Source Software

• ELECTRICITY INFRASTRUCTURE PLANNING: EVALUATING SOLAR POTENTIAL ASSESSMENTS FOR INFORMAL SETTLEMENTS USING GRASS AND FREELY AVAILABLE DATA, pages 69–76

Open cities

• GEO-C: ENABLING OPEN CITIES AND THE OPEN CITY TOOLKIT, pages 61–68

Open data

• OVERCOMING DATA SCARCITY FOR ENERGY ACCESS PLANNING WITH OPEN DATA – THE EXAMPLE OF TANZANIA, pages 23–26
• HIERARCHICAL PATH PLANNING FOR WALKING (ALMOST) ANYWHERE, pages 109–116

Open source

• OPEN FORIS AND GOOGLE EARTH ENGINE LINKING EXPERT PARTICIPATION WITH NATURAL RESOURCE MAPPING AND REMOTE SENSING TRAINING IN TANZANIA, pages 117–122

Open standards and Interoperability

• REPEATABLE DEPLOYMENT OF AN OPEN STANDARDS, OPEN SOURCE AND OPEN DATA STACK FOR BUILDING A FEDERATED MARINE DATA MANAGEMENT AND DECISION SUPPORT SYSTEM FOR SOUTH AFRICA, pages 139–145

OpenDroneMap

• DEVELOPING A LAND COVER CLASSIFICATION OF SALT MARSHES USING UAS TIME-SERIES IMAGERY AND AN OPEN SOURCE WORKFLOW, pages 155–162

OpenStreetMap

• TOWARDS UNDERSTANDING THE IMPACT OF MAPATHONS – REFLECTING ON YOUTHMAPPERS EXPERIENCES, pages 35–42
• AN OPEN SOURCE APPROACH FOR THE INTRINSIC ASSESSMENT OF THE TEMPORAL ACCURACY, UP-TO-DATENESS AND LINEAGE OF OPENSTREETMAP, pages 147–154

Origin Destination Matrices

• VISUALIZATION AND ANALYSIS OF CELLULAR & TWITTER DATA USING QGIS, pages 199–209

Outreach

• FOSTERING PRE-UNIVERSITY STUDENT PARTICIPATION IN OSGEO THROUGH THE GOOGLE CODE-IN COMPETITION, pages 175–180

oblique images

• THE USE OF THE UAV IMAGES FOR THE BUILDING 3D MODEL GENERATION, pages 217–223

ocean and coastal observing systems

• COASTAL MAPPING AND KITESURFING, pages 3–10

open geospatial data

• TOWARDS UNDERSTANDING THE IMPACT OF MAPATHONS – REFLECTING ON YOUTHMAPPERS EXPERIENCES, pages 35–42

open source

• THE USE OF THE UAV IMAGES FOR THE BUILDING 3D MODEL GENERATION, pages 217–223

open source geospatial

• LAND USE, MICROCLIMATE, AND SURFACE RUNOFF LINKAGES: SPACE-TIME MODELING FROM ROKEL-SELI RIVER BASIN, SIERRA LEONE, pages 225–230

P

PAVICS

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Path Computation

• IMPROVING PATH QUERY PERFORMANCE IN PGROUTING USING A MAP GENERALIZATION APPROACH, pages 191–198

Path planning

• HIERARCHICAL PATH PLANNING FOR WALKING (ALMOST) ANYWHERE, pages 109–116

PostGIS

• INFACTORY: A RESTFUL API SERVER FOR EASILY CREATING INDOORGML, pages 77–84

Pre-university students

• FOSTERING PRE-UNIVERSITY STUDENT PARTICIPATION IN OSGEO THROUGH THE GOOGLE CODE-IN COMPETITION, pages 175–180

Preface

• PREFACE: ACADEMIC TRACK OF FOSS4G 2018 – LEAVING NO-ONE BEHIND, pages 1–2

participation

• GEO-C: ENABLING OPEN CITIES AND THE OPEN CITY TOOLKIT, pages 61–68

pgRouting

• IMPROVING PATH QUERY PERFORMANCE IN PGROUTING USING A MAP GENERALIZATION APPROACH, pages 191–198

photogrammetry

• COASTAL MAPPING AND KITESURFING, pages 3–10
• THE USE OF THE UAV IMAGES FOR THE BUILDING 3D MODEL GENERATION, pages 217–223

Q

QGIS

• DEVELOPING A LAND COVER CLASSIFICATION OF SALT MARSHES USING UAS TIME-SERIES IMAGERY AND AN OPEN SOURCE WORKFLOW, pages 155–162
• VISUALIZATION AND ANALYSIS OF CELLULAR & TWITTER DATA USING QGIS, pages 199–209

R

R

• COASTAL MAPPING AND KITESURFING, pages 3–10

REPL

• ADDING 3D GIS VISUALIZATION AND NAVIGATION TO THE SPARQL QUERY LOOP, pages 11–14

RESTful API

• INFACTORY: A RESTFUL API SERVER FOR EASILY CREATING INDOORGML, pages 77–84

RGB

• DEVELOPING A LAND COVER CLASSIFICATION OF SALT MARSHES USING UAS TIME-SERIES IMAGERY AND AN OPEN SOURCE WORKFLOW, pages 155–162

Remote Sensing

• IMPLEMENTATION OF A COMPREHENSIVE AND EFFECTIVE GEOPROCESSING WORKFLOW ENVIRONMENT, pages 123–127

Research Platforms

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Risk management

• THE LANDSLIDE HAZARD MAP OF BOGOTA AN UPDATING, pages 233–241

Road Networks

• IMPROVING PATH QUERY PERFORMANCE IN PGROUTING USING A MAP GENERALIZATION APPROACH, pages 191–198

reactjs

• LINKDALE: A LIGHTWEIGHT LEARNING ENVIRONMENT FOR (GEOSPATIAL) LINKED DATA, pages 187–190

remote sensing

• OPEN FORIS AND GOOGLE EARTH ENGINE LINKING EXPERT PARTICIPATION WITH NATURAL RESOURCE MAPPING AND REMOTE SENSING TRAINING IN TANZANIA, pages 117–122

S

SAMPI

• SPATIAL STATISTICAL ANALYSES TO ASSESS THE SPATIAL EXTENT AND CONCENTRATION OF MULTIDIMENSIONAL POVERTY IN GAUTENG USING THE SOUTH AFRICAN MULTIDIMENSIONAL POVERTY INDEX, pages 85–92

SDGs

• OVERCOMING DATA SCARCITY FOR ENERGY ACCESS PLANNING WITH OPEN DATA – THE EXAMPLE OF TANZANIA, pages 23–26

SPARQL

• ADDING 3D GIS VISUALIZATION AND NAVIGATION TO THE SPARQL QUERY LOOP, pages 11–14

Salt Marsh

• DEVELOPING A LAND COVER CLASSIFICATION OF SALT MARSHES USING UAS TIME-SERIES IMAGERY AND AN OPEN SOURCE WORKFLOW, pages 155–162

Self sustainability

• OPEN NETWORK FOR LOCAL SELF SUSTAINABILITY, BOOSTING BIOREGIONAL DEVELOPMENT THROUGH AN OPEN DATA SHARING SYSTEM, pages 27–33

SfM

• THE USE OF THE UAV IMAGES FOR THE BUILDING 3D MODEL GENERATION, pages 217–223

Shortest Path

• IMPROVING PATH QUERY PERFORMANCE IN PGROUTING USING A MAP GENERALIZATION APPROACH, pages 191–198

Sierra Leone

• LAND USE, MICROCLIMATE, AND SURFACE RUNOFF LINKAGES: SPACE-TIME MODELING FROM ROKEL-SELI RIVER BASIN, SIERRA LEONE, pages 225–230

Skeletal Model

• IMPROVING PATH QUERY PERFORMANCE IN PGROUTING USING A MAP GENERALIZATION APPROACH, pages 191–198

Skeleton

• IMPROVING PATH QUERY PERFORMANCE IN PGROUTING USING A MAP GENERALIZATION APPROACH, pages 191–198

Smart cities

• GEO-C: ENABLING OPEN CITIES AND THE OPEN CITY TOOLKIT, pages 61–68

Software Development

• A SEMI-AUTOMATIC PROCEDURE FOR A DEMOGRAPHIC ANALYSIS OF THE FOSS4G DEVELOPERS’ COMMUNITY, pages 171–174

Solar Potential Assessment

• ELECTRICITY INFRASTRUCTURE PLANNING: EVALUATING SOLAR POTENTIAL ASSESSMENTS FOR INFORMAL SETTLEMENTS USING GRASS AND FREELY AVAILABLE DATA, pages 69–76

Solar Power

• ELECTRICITY INFRASTRUCTURE PLANNING: EVALUATING SOLAR POTENTIAL ASSESSMENTS FOR INFORMAL SETTLEMENTS USING GRASS AND FREELY AVAILABLE DATA, pages 69–76

Solid

• INDOOR SPATIAL DATA CONSTRUCTION FROM TRIANGLE MESH, pages 101–108

Spatial Autocorrelation

• SPATIAL STATISTICAL ANALYSES TO ASSESS THE SPATIAL EXTENT AND CONCENTRATION OF MULTIDIMENSIONAL POVERTY IN GAUTENG USING THE SOUTH AFRICAN MULTIDIMENSIONAL POVERTY INDEX, pages 85–92

Spatial Data Infrastructure

• ADOPTION OF GEOSPATIAL GOVERNANCE IN THE CONTEXT OF E-GOVERMENT IN TANZANIA: ADDRESSING BOTTLENECKS IN SPATIAL DATA INFRASTRUCTURE DEVELOPMENT, pages 163–170

Spatial Data Sharing Systems

• OPEN NETWORK FOR LOCAL SELF SUSTAINABILITY, BOOSTING BIOREGIONAL DEVELOPMENT THROUGH AN OPEN DATA SHARING SYSTEM, pages 27–33

Spatial aggregation

• HACKING SPATIAL DATA: AN EXAMPLE OF AGGREGATION PROBLEMS, pages 231–232

Spatial autocorrelation

• HACKING SPATIAL DATA: AN EXAMPLE OF AGGREGATION PROBLEMS, pages 231–232

Spatial data science

• HACKING SPATIAL DATA: AN EXAMPLE OF AGGREGATION PROBLEMS, pages 231–232

Supervised Classification Plug-in

• DEVELOPING A LAND COVER CLASSIFICATION OF SALT MARSHES USING UAS TIME-SERIES IMAGERY AND AN OPEN SOURCE WORKFLOW, pages 155–162

surface hydrology

• LAND USE, MICROCLIMATE, AND SURFACE RUNOFF LINKAGES: SPACE-TIME MODELING FROM ROKEL-SELI RIVER BASIN, SIERRA LEONE, pages 225–230

surfing

• COASTAL MAPPING AND KITESURFING, pages 3–10

T

Tanzania

• OVERCOMING DATA SCARCITY FOR ENERGY ACCESS PLANNING WITH OPEN DATA – THE EXAMPLE OF TANZANIA, pages 23–26
• BUILDING GEOSPATIAL COMPETENCES IN TANZANIAN UNIVERSITIES WITH OPEN SOURCE SOLUTIONS, pages 93–99
• OPEN FORIS AND GOOGLE EARTH ENGINE LINKING EXPERT PARTICIPATION WITH NATURAL RESOURCE MAPPING AND REMOTE SENSING TRAINING IN TANZANIA, pages 117–122

Temporal Accuracy

• AN OPEN SOURCE APPROACH FOR THE INTRINSIC ASSESSMENT OF THE TEMPORAL ACCURACY, UP-TO-DATENESS AND LINEAGE OF OPENSTREETMAP, pages 147–154

Terrain mapping

• HIERARCHICAL PATH PLANNING FOR WALKING (ALMOST) ANYWHERE, pages 109–116

Testbed

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Thematic Accuracy

• AN OPEN SOURCE APPROACH FOR THE INTRINSIC ASSESSMENT OF THE TEMPORAL ACCURACY, UP-TO-DATENESS AND LINEAGE OF OPENSTREETMAP, pages 147–154

Thematic maps

• VISUALIZATION AND ANALYSIS OF CELLULAR & TWITTER DATA USING QGIS, pages 199–209

Training Material

• CAPACITY BUILDING FOR HIGH-RESOLUTION LAND COVER INTERCOMPARISON AND VALIDATION: WHAT IS AVAILABLE AND WHAT IS NEEDED, pages 15–22

TriangleMesh

• INDOOR SPATIAL DATA CONSTRUCTION FROM TRIANGLE MESH, pages 101–108

Twitter feed

• VISUALIZATION AND ANALYSIS OF CELLULAR & TWITTER DATA USING QGIS, pages 199–209

training

• OPEN FORIS AND GOOGLE EARTH ENGINE LINKING EXPERT PARTICIPATION WITH NATURAL RESOURCE MAPPING AND REMOTE SENSING TRAINING IN TANZANIA, pages 117–122

transparency

• GEO-C: ENABLING OPEN CITIES AND THE OPEN CITY TOOLKIT, pages 61–68

U

UAS

• DEVELOPING A LAND COVER CLASSIFICATION OF SALT MARSHES USING UAS TIME-SERIES IMAGERY AND AN OPEN SOURCE WORKFLOW, pages 155–162

UAV

• THE USE OF THE UAV IMAGES FOR THE BUILDING 3D MODEL GENERATION, pages 217–223

Up-to-dateness

• AN OPEN SOURCE APPROACH FOR THE INTRINSIC ASSESSMENT OF THE TEMPORAL ACCURACY, UP-TO-DATENESS AND LINEAGE OF OPENSTREETMAP, pages 147–154

V

Validation

• CAPACITY BUILDING FOR HIGH-RESOLUTION LAND COVER INTERCOMPARISON AND VALIDATION: WHAT IS AVAILABLE AND WHAT IS NEEDED, pages 15–22

VisualSfM

• THE USE OF THE UAV IMAGES FOR THE BUILDING 3D MODEL GENERATION, pages 217–223

visual linking

• LINKDALE: A LIGHTWEIGHT LEARNING ENVIRONMENT FOR (GEOSPATIAL) LINKED DATA, pages 187–190

volunteer engagement

• TOWARDS UNDERSTANDING THE IMPACT OF MAPATHONS – REFLECTING ON YOUTHMAPPERS EXPERIENCES, pages 35–42

W

Walking

• HIERARCHICAL PATH PLANNING FOR WALKING (ALMOST) ANYWHERE, pages 109–116

Web Processing Service (WPS)

• PROJECTS BASED ON THE WEB PROCESSING SERVICE FRAMEWORK BIRDHOUSE, pages 43–47

Workflow

• IMPLEMENTATION OF A COMPREHENSIVE AND EFFECTIVE GEOPROCESSING WORKFLOW ENVIRONMENT, pages 123–127

web platforms

• GEOCONTEXT AND CHCONTEXT GEOGRAPHIC INFORMATION IN CULTURAL HERITAGE, pages 129–132

Y

YouthMappers

• TOWARDS UNDERSTANDING THE IMPACT OF MAPATHONS – REFLECTING ON YOUTHMAPPERS EXPERIENCES, pages 35–42

Z

Zones

• IMPROVING PATH QUERY PERFORMANCE IN PGROUTING USING A MAP GENERALIZATION APPROACH, pages 191–198