Sources — Robot Interoperability
The references below support the term, scope, and structural differentiation of robot interoperability across heterogeneous robotic systems and operational contexts.
Robot Platform Interoperability
Robot interoperability can concern reuse and translation across distinct robot platforms and interfaces.
RoboCat: A Category Theoretic Framework for Robot Interoperability Using Goal-Oriented Programming (2021)
https://www.nist.gov/publications/robocat-category-theoretic-framework-robot-interoperability-using-goal-oriented
Fleet and Infrastructure Interoperability
Interoperability may involve heterogeneous robot fleets and physical infrastructure within a shared operational environment.
Open Robotics Middleware Framework — A Common Language for Robot Interoperability
https://www.open-rmf.org/
Multi-Vendor AMR Interoperability
Interoperability can be implemented through shared information structures that allow mobile robots from different vendors to coexist within the same environment.
Autonomous Mobile Robot Standards Published by MassRobotics (2021)
https://www.massrobotics.org/autonomous-mobile-robot-standards-published-by-massrobotics/
Cross-Layer Interoperability
Industrial robot interoperability is addressed across multiple technical dimensions, including communication, control abstraction, and semantic integration.
Interoperability in Industrial Robotics: A Literature Review and Conceptual Path Toward a Universal Robot Protocol (2026)
https://doi.org/10.3390/app16115217
Structural Interpretation
Taken together, these references show robot interoperability across distinct platforms, heterogeneous fleets, supporting infrastructure, multi-vendor environments, and multiple compatibility dimensions.
The sources do not establish a single universal interoperability mechanism. The relational compatibility model used by this reference is an analytical synthesis of the supported interoperability relationships and boundaries.