Abstract
Spatial augmented reality, where virtual information
is projected into a user’s real environment, provides tremendous
opportunities for immersive analytics. In this demonstration,
we focus on real-time interactive crowd simulation, that is, the
illustration of how crowds move under certain circumstances.
Our augmented reality system, called CrowdAR, allows users to
study a crowd’s motion behavior by projecting the output of our
simulation software onto an augmented reality table and objects
on this table. Our prototype system is currently being revised
and extended to serve as a museum exhibit. Using real-time
interaction, it can teach scientific principles about simulations
and illustrate how such they, in combination with augmented
reality, can be used for crowd behavior analysis.
is projected into a user’s real environment, provides tremendous
opportunities for immersive analytics. In this demonstration,
we focus on real-time interactive crowd simulation, that is, the
illustration of how crowds move under certain circumstances.
Our augmented reality system, called CrowdAR, allows users to
study a crowd’s motion behavior by projecting the output of our
simulation software onto an augmented reality table and objects
on this table. Our prototype system is currently being revised
and extended to serve as a museum exhibit. Using real-time
interaction, it can teach scientific principles about simulations
and illustrate how such they, in combination with augmented
reality, can be used for crowd behavior analysis.
| Original language | English |
|---|---|
| Title of host publication | IEEE AIVR 2020 |
| Publisher | IEEE |
| Number of pages | 3 |
| DOIs | |
| Publication status | Published - 2020 |