How executable ontologies turn game rules, mechanics, and worlds into living, evolving systems. This article explores a new semantic approach to game development that replaces static logic with executable models.

How executable ontologies and event-driven semantics enable adaptive, explainable, and composable control architectures for autonomous robotic systems.

How to model complex dynamic systems without a global clock: subject-fixed events, happens-before causality, and executable ontologies implemented via deterministic dataflow semantics.

Exploring how executable ontologies and a dataflow architecture integrate event semantics with dynamic system modeling, merging data and logic into a unified executable semantic framework.