What does for mean? is a subset of , that is, a set of distributions over environments—so how can you take an environment ‘distributed’ according to unless you mean to do something with all the possible ways that prescribes that could be distributed.
What does for mean? is a subset of , that is, a set of distributions over environments—so how can you take an environment ‘distributed’ according to unless you mean to do something with all the possible ways that prescribes that could be distributed.