The Coherent Multi-disciplinary Knowledge Case of Prehistorical Insight: Information Science at the Edge of Structured Data Comprehension

Abstract

Up to these days, we are experiencing an omnipresent lack of a general approach for cognitive addressing of knowledge structures. This article presents new results and component reference implementations based on frameworks of coherent conceptual knowledge. Coherent conceptual knowledge provides valuable instruments for multi-disciplinary contextualisation, e.g., for contexts in prehistory and protohistory. This research addresses scientific methodologies, valorisation and intelligent re-valorisation of any scientific insight, cognostic addressing of structures, also known as nucleal cognstructures. The resulting component reference implementations enable productive, fertile environments, and learning-improvement-cycles. Central goal of this research is a consistent coherent conceptual integration of knowledge. Prehistory and prehistoric archaeology and their contexts and contextualisation provide a plethora of instructive multi-disciplinary scientific scenarios of high complexity. Thus, component reference implementations for these scenarios are implementation blueprints for informational modeling, industrial learning, and improvement cycles. The results of this long-term research provide solutions based on practical information science, beneficial for prehistory, prehistoric archaeology, and their multi-disciplinary contexts as well as for providing approaches to general solutions.