Enkeltdelene

Enkeltdelene is a term used in systems theory and modelling to denote the smallest units that function as indivisible components within a given model. A enkeltdelene is defined by its insubdivisibility within the analytical framework being used; further subdivision would alter the behavior or properties of the system being studied. The concept emphasizes modularity and granularity, contrasting with higher-level aggregates that are composed of many enkeltdelene.

Etymology and usage: The word combines Dutch enkel (‘single, sole’) and delen (‘parts, elements’). The compound is used in some Dutch-language literature on complexity and modelling to describe base units used for simulation or analysis.

Applications: In software architecture, enkeltdelene might correspond to microservices or components with clear interfaces. In biology or social sciences, they can denote cell-like or agent-like entities whose interactions drive emergent dynamics. Importantly, what counts as an enkeltdelene depends on the modelling goals; a different model may define larger or smaller base units.

Characteristics: An enkeltdelene typically has a defined state space, a set of interaction rules, and a boundary that restricts its influence to adjacent units. They are often the units to which parameters are assigned, and they can be aggregated to form higher-level structures.

Relation to other concepts: The idea is related to granularity, modularity, and abstraction. It differs from an atom in physics by being model-dependent rather than ontologically absolute. Critics note that the term can be ambiguous if not paired with a precise definitional framework.

See also: Modularity, Granularity, Abstraction, Agent-based modelling, Systems theory.