Method — Robot Interoperability
Definition, scope boundary, and structural model.
Definition
Robot Interoperability is the ability of distinct robotic systems, components, or supporting systems to interact within a defined operational context where the conditions required for that interaction are sufficiently compatible.
The definition concerns the interoperability relation without prescribing a universal interface, protocol, middleware, standard, or implementation architecture.
Model Classification
The robot interoperability model is structured as a relational compatibility model.
It describes the relation between participating systems under context-dependent compatibility conditions without converting interoperability into a process, phase sequence, hierarchy, or universal technical layer model.
Scope Boundary
Included
Excluded
Relational Compatibility Model
Participating Systems
Distinct robotic systems, components, or supporting systems between which interoperability is considered.
Interoperability Relation
The relation under which the participating systems can interact where the relevant compatibility conditions are satisfied.
Operational Context — Boundary Condition
The interoperability relation is bounded by the operational context in which the interaction is assessed.
Compatibility Conditions
Depending on the interaction context, relevant conditions may concern interfaces, information or data, representations or semantics, control, coordination, or infrastructure. These conditions do not constitute a universal layer taxonomy and are not all required in every interoperability context.
Directionality
Robot interoperability does not require symmetric interaction. The permitted direction and form of interaction depend on the relevant interoperability conditions and operational context.
Transferability
The relational compatibility model is transferable across robotic systems and application contexts without requiring a universal interoperability mechanism. The participating systems, relevant compatibility conditions, permitted interactions, and operational boundaries remain context-dependent.