pustaka2019

 [9] Referring next to FIG. 3R, operations of the STAN—3 system 30R/310/410 will now be described using a perspective schematic format having concentric cylindrical shells (e.g., denoted as 30R.2, 30R.3, etc., and progressing radially inward) and showing how child and co-sibling topic nodes (CSiTN's) may be organized within a branch space (inner cylinder 30R.10) owned by a parent node (such as parent topic node PaTN 30R.30) and how personalized (e.g., idiosyncratic) codings of different users (e.g., 30R.0A, 30R.0B) in corresponding individualized contexts (represented at the outer periphery of the concentric cylindrical shells by individualized context segments 30R.1, 30R.5? of the exemplary left and right side users) progress sequentially through data processing parts (30R.2, 30R.3, 30R.4, etc.) of the illustrated system 30R so as to become cross-correlated (e.g., matched) with collective or communal codings provided by the collective of the users and illustrated as being more tow...

 [10] As an aside and with regard to the exemplary TPO data structure (30T.0), it is to be understood that the here detailed topic primitive object (TPO) is an example of a more generic concept of a machine stored and pre-categorized, cognition-representing primitive object (CRPO). There are a number of choices that system designers can make when implementing a topic space and/or another system-maintained Cognitions-representing Space. The points, nodes or subregions (PNOS's) of the designed space may be free-ranging; meaning that such PNOS's can be freely moved to any desired part of hierarchical and/or spatial space at the users' whims; or in another extreme the PNOS's may be restricted to specific parts of hierarchical and/or spatial space as dictated by system administrators. Between these extremes are various sub-combinations, including the possibility of having cognitive-sense-representing clustering center points that are fixed within hierarchical and/or spatial ...