scalable visual space model
autonomously moving content carriers allow topology changes in the visual composition.

- attention based scaling of content

- use of binary tree for creation of space subdivision for collision checking

Defining Digital Space Through a Visual Language
SMArchS Thesis, MIT June 2000

After the initial series of experiments it became clear that the limitation of the fixed topology out- weighs its advantages if applied to more general sets of information.For an image library with very similar elements the fixed topology with neighbor relations makes sense,however,for evolving sets of information with diverse properties it seemed more plausible to come up with a method that allowed for reconfiguration of the neighborhood relations.