Simuloivissa

Simuloivissa is a term encountered primarily in Finnish-language discussions of simulation-based systems. It denotes a state in which a simulation and the entities it represents engage in bidirectional interaction, producing feedback that can alter both the simulated environment and the behavior of its inhabitants. The concept emphasizes the mutual dependence of model and modelled system in complex simulations.

Etymologically, simuloiva means "simulative" and -issa marks a location or state, so simuloivissa can be read as "in simulation" or "within a simulation." The term is common in some technical circles in Finland, but it has not achieved broad international adoption.

In a simuloivissa framework, agents or subsystems respond to simulated signals, and their actions, in turn, influence simulation parameters, leading to emergent phenomena that may diverge from the original assumptions. This setup requires careful management of fidelity, calibration, and guard rails to keep observations meaningful.

Applications include digital twins for industrial processes, robotic and autonomous systems testing, virtual ecosystems, and game AI where the actions of humans or software agents shape the evolving simulated world.

Critics note that simuloivissa can blur the line between model and reality, complicate validation, and increase computational demands. Clear definitions of scope, traceability of changes, and transparent methodologies are essential.

Related concepts include digital twin, agent-based modeling, and simulation-based design.