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@article{188734,
        author = {VUNA VENKATA VIDYASAGAR and BORA SURI VENKATA REDDY and AVALA CHAKRAPANI},
        title = {An OWL-SWRL Framework for Ideal Geometry in Embodied Artificial Agents},
        journal = {International Journal of Innovative Research in Technology},
        year = {2025},
        volume = {12},
        number = {7},
        pages = {3229-3239},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=188734},
        abstract = {The present work explores the conceptual convergence between Platonic metaphysics and contemporary ontology-driven software systems. Platonic Space, studied as a realm of ideal and immutable forms, is reinterpreted through the lens of computational modeling and semantic representation. The study proposes an ontological software framework capable of capturing, structuring, and instantiating abstract spatial archetypes into machine-interpretable formats. By integrating formal ontology, knowledge graphs, and rule-based reasoning, the framework enables the translation of idealized spatial concepts into operable digital entities. This approach not only demonstrates how Platonic ideals can be computationally embodied but also reveals new pathways for representing non-empirical constructs in intelligent systems. The findings highlight the potential of ontological software to bridge philosophical abstraction and practical computation, offering a foundation for future research in digital metaphysics, conceptual modeling, and AI-assisted philosophical inquiry. The “mind” that was once only code (LLMs, diffusion models, reinforcement learners) is now being incarnated into physical bodies: humanoid robots like Tesla Bot/Optimus, Boston Dynamics Atlas with AI brains, Agility Robotics Digit, etc.).},
        keywords = {Platonic Space; Ontological Software; Digital Metaphysics; Knowledge Graphs; Formal Ontology; Conceptual Modelling; AI Philosophy; Semantic Representation},
        month = {December},
        }