Скачать или смотреть Building a Robotic Mind: Logic, Language, and Mechanics

The single source provides an extensive explanation of the process required to build a robot capable of understanding complex human language, such as ambiguous commands. This endeavor is described as an intersection of three distinct scientific fields: robotics (the physical machine), machine learning (how it learns), and formal language theory (the rules of grammar and logic). The process is broken down into three crucial steps: first, establishing a "blueprint" using formal language tools like Discourse Representation Theory (DRT) to provide foundational grammar and context; second, creating an "interpreter" that uses advanced methods like Axiomatic Fuzzy Set Theory (AFS) to handle the subjectivity and imprecision of human language; and finally, integrating the robot's physical body to translate abstract understanding into precise, grounded actions. Ultimately, the text emphasizes that these three components must be deeply interwoven to form a truly functional, comprehending robotic mind.