Bidirectional pedestrian-flow guidance with visual-motion MDS

Evaluate whether visual-motion stimuli presented on multi-display signage can promote consistent left- or right-side walking when pedestrians move in opposite directions, particularly under higher-density and crowded conditions representative of realistic public spaces.

Background

The study demonstrates that laterally moving full-screen stripe patterns displayed on spatially distributed multi-display signage can bias pedestrian trajectories under predominantly unidirectional walking conditions, both in a controlled laboratory experiment and in a museum field deployment. However, the experiments did not establish whether this effect can organize pedestrian behavior when opposing streams encounter one another. The authors identify bidirectional flow as an important unresolved application question because even small lateral biases might influence passing behavior and potentially accumulate into consistent separation of opposing pedestrian streams.

The proposed open problem is therefore to test the method in bidirectional, higher-density, and crowded environments, with the specific objective of determining whether visual motion can induce stable left- or right-side walking under realistic public-space conditions.