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Circuit diagrams have been used in electrical engineering for decades todescribe the wiring of devices and facilities. They depict electricalcomponents in a symbolic and graph-based manner. While the circuit design isusually performed electronically, there are still legacy paper-based diagramsthat require digitization in order to be used in CAE systems. Generally,knowledge on specific circuits may be lost between engineering projects, makingit hard for domain novices to understand a given circuit design. Thegraph-based nature of these documents can be exploited by semantictechnology-based reasoning in order to generate human-understandabledescriptions of their functional principles. More precisely, each electricalcomponent (e.g. a diode) of a circuit may be assigned a high-level functionlabel which describes its purpose within the device (e.g. flyback diode forreverse voltage protection). In this paper, forward chaining rules are used forsuch a generation. The described approach is applicable for both CAE-basedcircuits as well as raw circuits yielded by an image understanding pipeline.The viability of the approach is demonstrated by application to an existing setof circuits.

Functional Component Descriptions for Electrical Circuits based on Semantic Technology Reasoning