This model allows for asymmetric behavior by permitting "local" nonstationarity in a globally stable model.
Interestingly, we also replicated the asymmetric facilitation effects for same- and different-language distracters.
Results suggest that asymmetric competition and resulting patterns of tree-thinning are major driving forces determining secondary forest successional pathways.
Again it is not the manipulation that is problematic, but asymmetric information.
Initially the velocity distribution was very asymmetric with low velocity regions at four circumferential positions in the wake of the four upstream support wires.
It is instructive to compare these results with those obtained from models of asymmetric information.
We abstract from lending relationhips and other specific sources of inefficiency that competition might induce in the presence of asymmetric information.
A tetramer featuring four identical sides constitutes a much better building block for the formation of a regular lattice than an asymmetric monomer.
