1. A computer-implemented method, comprising: invoking a first transformational protocol executed on a processor-based computing device, wherein the transformational protocol is applied to transform a computer-implemented non-fuzzy network-based structure within a first originating system into a first computer-implemented fuzzy network-based structure; invoking a second transformational protocol executed on a processor based computing device, wherein the transformational protocol is applied to transform a computer-implemented non-fuzzy network-based structure within a second originating system into a second computer-implemented fuzzy network-based structure; invoking a cross-contextualization function, wherein the cross-contextualization function contextually integrates the first fuzzy network-based structure and the second fuzzy network-based structure in accordance with a first usage behavior associated with the first originating system and a second usage behavior associated with the second originating system; and simulating contextually a user navigating in the second originating system while the user interacts with the first originating system, wherein the contextual simulation is performed through application of the contextually integrated first fuzzy network-based structure and the second fuzzy network-based structure.
1. A computer-implemented method, comprising: invoking a first transformational protocol executed on a processor-based computing device, wherein the transformational protocol is applied to transform a computer-implemented non-fuzzy network-based structure within a first originating system into a first computer-implemented fuzzy network-based structure; invoking a second transformational protocol executed on a processor based computing device, wherein the transformational protocol is applied to transform a computer-implemented non-fuzzy network-based structure within a second originating system into a second computer-implemented fuzzy network-based structure; invoking a cross-contextualization function, wherein the cross-contextualization function contextually integrates the first fuzzy network-based structure and the second fuzzy network-based structure in accordance with a first usage behavior associated with the first originating system and a second usage behavior associated with the second originating system; and simulating contextually a user navigating in the second originating system while the user interacts with the first originating system, wherein the contextual simulation is performed through application of the contextually integrated first fuzzy network-based structure and the second fuzzy network-based structure. 5. The method of claim 1 , further comprising: invoking the cross-contextualization function, wherein the cross-contextualization function contextually integrates the first fuzzy network-based structure and the second fuzzy network-based structure in accordance with a tagging behavior.