B

biodiversity

• CAPTURING THE SOUNDS OF AN URBAN GREENSPACE, pages 19–26

C

Carsharing Station Location

• A METHOD TO DEFINE THE SPATIAL STATIONS LOCATION IN A CARSHARING SYSTEM IN SÃO PAULO – BRAZIL, pages 27–32

Collaborative planning

• DESIGNING PRECINCTS IN THE DENSIFYING CITY – THE ROLE OF PLANNING SUPPORT SYSTEMS, pages 3–10

Cycling

• AN ANALYSIS TO INVESTIGATE SPATIAL COGNITIVE FACTORS WHICH INFLUENCE CYCLING PATTERNS IN JOHANNESBURG, pages 43–49

citizen engagement

• CAPTURING THE SOUNDS OF AN URBAN GREENSPACE, pages 19–26

cluster analysis

• EXPLORING SIMILARITIES AND VARIATIONS OF HUMAN MOBILITY PATTERNS IN THE CITY OF LONDON, pages 51–58

D

Data analytics

• GEO-VISUALISATION AND VISUAL ANALYTICS FOR SMART CITIES: A SURVEY, pages 11–18

Data-driven approaches

• DESIGNING PRECINCTS IN THE DENSIFYING CITY – THE ROLE OF PLANNING SUPPORT SYSTEMS, pages 3–10

Digital-planning tools

• DESIGNING PRECINCTS IN THE DENSIFYING CITY – THE ROLE OF PLANNING SUPPORT SYSTEMS, pages 3–10

G

Gaussian Process Regression (GPR)

• MULTI-AGENT LEARNING FRAMEWORK FOR ENVIRONMENT REDUNDANCY IDENTIFICATION FOR MOBILE SENSORS IN AN IOT CONTEXT, pages 33–41

Geo-visualisation

• GEO-VISUALISATION AND VISUAL ANALYTICS FOR SMART CITIES: A SURVEY, pages 11–18

Geographic Information Systems (GIS)

• DESIGNING PRECINCTS IN THE DENSIFYING CITY – THE ROLE OF PLANNING SUPPORT SYSTEMS, pages 3–10

H

human mobility

• EXPLORING SIMILARITIES AND VARIATIONS OF HUMAN MOBILITY PATTERNS IN THE CITY OF LONDON, pages 51–58

I

Internet of Things

• CAPTURING THE SOUNDS OF AN URBAN GREENSPACE, pages 19–26

IoT

• MULTI-AGENT LEARNING FRAMEWORK FOR ENVIRONMENT REDUNDANCY IDENTIFICATION FOR MOBILE SENSORS IN AN IOT CONTEXT, pages 33–41

J

Johannesburg

• AN ANALYSIS TO INVESTIGATE SPATIAL COGNITIVE FACTORS WHICH INFLUENCE CYCLING PATTERNS IN JOHANNESBURG, pages 43–49

M

Medium density

• DESIGNING PRECINCTS IN THE DENSIFYING CITY – THE ROLE OF PLANNING SUPPORT SYSTEMS, pages 3–10

Multi-modal

• AN ANALYSIS TO INVESTIGATE SPATIAL COGNITIVE FACTORS WHICH INFLUENCE CYCLING PATTERNS IN JOHANNESBURG, pages 43–49

Mutual information

• MULTI-AGENT LEARNING FRAMEWORK FOR ENVIRONMENT REDUNDANCY IDENTIFICATION FOR MOBILE SENSORS IN AN IOT CONTEXT, pages 33–41

mobile sensor networks

• MULTI-AGENT LEARNING FRAMEWORK FOR ENVIRONMENT REDUNDANCY IDENTIFICATION FOR MOBILE SENSORS IN AN IOT CONTEXT, pages 33–41

multi-agent system

• MULTI-AGENT LEARNING FRAMEWORK FOR ENVIRONMENT REDUNDANCY IDENTIFICATION FOR MOBILE SENSORS IN AN IOT CONTEXT, pages 33–41

P

privacy

• CAPTURING THE SOUNDS OF AN URBAN GREENSPACE, pages 19–26

S

Smart cities

• GEO-VISUALISATION AND VISUAL ANALYTICS FOR SMART CITIES: A SURVEY, pages 11–18
• AN ANALYSIS TO INVESTIGATE SPATIAL COGNITIVE FACTORS WHICH INFLUENCE CYCLING PATTERNS IN JOHANNESBURG, pages 43–49

Spatial Analysis

• A METHOD TO DEFINE THE SPATIAL STATIONS LOCATION IN A CARSHARING SYSTEM IN SÃO PAULO – BRAZIL, pages 27–32

Spatial Cognition

• AN ANALYSIS TO INVESTIGATE SPATIAL COGNITIVE FACTORS WHICH INFLUENCE CYCLING PATTERNS IN JOHANNESBURG, pages 43–49

Spatial data

• GEO-VISUALISATION AND VISUAL ANALYTICS FOR SMART CITIES: A SURVEY, pages 11–18

sensor planning

• MULTI-AGENT LEARNING FRAMEWORK FOR ENVIRONMENT REDUNDANCY IDENTIFICATION FOR MOBILE SENSORS IN AN IOT CONTEXT, pages 33–41

smart card data

• EXPLORING SIMILARITIES AND VARIATIONS OF HUMAN MOBILITY PATTERNS IN THE CITY OF LONDON, pages 51–58

sonic art

• CAPTURING THE SOUNDS OF AN URBAN GREENSPACE, pages 19–26

spatiotemporal patterns

• EXPLORING SIMILARITIES AND VARIATIONS OF HUMAN MOBILITY PATTERNS IN THE CITY OF LONDON, pages 51–58

T

Transportation Systems

• A METHOD TO DEFINE THE SPATIAL STATIONS LOCATION IN A CARSHARING SYSTEM IN SÃO PAULO – BRAZIL, pages 27–32

time-series

• EXPLORING SIMILARITIES AND VARIATIONS OF HUMAN MOBILITY PATTERNS IN THE CITY OF LONDON, pages 51–58

U

User interaction

• GEO-VISUALISATION AND VISUAL ANALYTICS FOR SMART CITIES: A SURVEY, pages 11–18

urban soundscape

• CAPTURING THE SOUNDS OF AN URBAN GREENSPACE, pages 19–26