KEYWORDS: AGENT BASED MODELLING; TANGIBLE USER INTERFACE; SYNTHETIC POPULATION
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Currently, almost all tools for urban design and architecture in general are
conceived as single user tools and interaction works mostly with mouse or
keyboard.
These tools work on a high level of complexity and exclude many
interested people. This gap gets even bigger when it comes to simulation tools in
these fields.
This thesis aims to change this by introducing a tangible user interface (TUI) for
collaborative design and decision support. This tool enables users to get in touch
with an agent-based model (ABM) without any knowledge in coding or even
interacting with computers. It connects physical objects to digital information.
The model simulates the activity-based travel demand of people in the newly
developed district Deutzer Hafen in Cologne and its surroundings.
It is built in
collaboration with Amanda Barbosa Jardim, who develops a synthetic population
based on social media data, which populates the model.
Through the interface, urban designers and project developers can modify the
scenario in the district concerning population and building use. They can answer
questions of how certain layouts would influence the traffic, the mobility choices
made in the district, and the urban vitality of the public spaces.
For measuring the
success of this, a benchmark based on Jane Jacob’s ideas of urban vitality is
introduced.
The tool aims to show new ways of collaborative, evidence-based decision making
that can include all stakeholders.
It aims to break down the complexity of
computation behind such simulations and give the users the freedom of exploring
it in a game-like experience.
Based on the thesis, a paper was published at the CORP Conference 2021 in Vienna.