This invention outlines a computer system designed to automate the planning of manufacturing custom-made products. It works by using two specialized knowledge bases: one that describes how products are manufactured, and another that details the capabilities of various factories, particularly those with robotic equipment. The system then uses this information to intelligently figure out the best way to produce unique items. The claims specifically focus on configuring supply chains for bespoke products using robotic facilities.
Why it matters: Filed in 2016, the core concept of building and reasoning over complex predicate calculus ontologies for manufacturing was highly ambitious. Since then, significant advancements in AI, particularly in knowledge graph technologies, semantic reasoning, and the ability of large language models to assist in ontology development and data integration, have made such sophisticated knowledge representation and reasoning systems far more feasible and powerful. The increased sophistication and adoption of robotic manufacturing facilities also provide a more mature environment for its application.
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