General Natural Language Processing Translation Strategy and Simulation Modelling Application Example

In this paper, we describe the fundamental problem of how to translate natural language into computationally guided processes and suggest a straightforward strategy of implementing natural language processing by means of this relating the abstract word topology dimension towards a numerical, orgitonal and restricted or compressed dimensional of an abstract meta-mesh description and hence cybernetic modelling space. By this, natural language is a guide towards a scientific meshed topology of events or room-time configurations in a virtual bifurcating meaning room of natural language. We first sketch the general strategy and then apply the notion of the term ‘motion’ to explore meshed unities of this abstraction dimension space by this compressing meaning and hence information, in our abstract description state space of the orgitonal-osmotic based paradigm denoted by directions, flows and distance-sets, as well as Markovian transition calculus indicating the future use of matrix algebra in a demonstrative descriptive example.