Urban informatics refers to the use of information and communication technologies (ICT) to study and understand urban environments

Visualisation in urban informatics involves representing complex urban data through visual means

Visualisation enables a better understanding of urban data by transforming it into visual representations

It allows stakeholders to make informed decisions based on the insights gained from visualising urban data

Geographic Information Systems (GIS) mapping provides a spatial view of urban data

Infographics and data dashboards offer a concise and visually appealing way to present urban data

Network visualisation visualises the connections and relationships within urban networks

Temporal visualisation displays the change and evolution of urban data over time

Urban planning and design can benefit from visualisations that show the impact of proposed changes on the urban environment

Transport and traffic management can utilise visualisations to analyse and optimise transportation systems

Public health officials can visualise epidemiological data to identify patterns and make informed decisions

Social scientists can visualise demographic data to understand population dynamics in urban areas

Handling and processing vast amounts of urban data to create meaningful visualisations

Ensuring the accuracy and reliability of the visualisations for decision-making

Exploring new technologies such as virtual reality and augmented reality for immersive urban visualisation experiences

Developing user-friendly visualisation tools and platforms for non-technical stakeholders in urban informatics