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he Δ Architecture of Grammatical Transformation is a research-based computational project developed by Ion Valentin Ciocioc. It introduces a unified formal framework for representing, classifying, and analyzing grammatical transformations through a single operator, Δ (Delta).
The project provides a Python implementation of the theoretical architecture, incorporating eight operatorial regimes, macrostructural and microstructural analysis, formal notation, and structural classification principles.
The framework explores potential applications in computational linguistics, morphology, formal grammar, and natural language processing (NLP). It represents an experimental computational implementation of the proposed linguistic theory rather than a fully validated NLP system.
Author: Ion Valentin Ciocioc
ORCID: https://orcid.org/0009-0002-5711-5856
GitHub: https://github.com/ValentinIon89/delta-architecture-linguistics
Features
- Unified Δ operator for formal grammatical transformation analysis.
- Classification of eight operatorial transformation regimes.
- Macrostructural and microstructural linguistic representation.
- Formal notation and rule-based structural classification.
- Python implementation of the theoretical framework.
- Support for morphological and grammatical transformation modeling.
- Structured representation of linguistic relationships.
- Research-oriented architecture for computational linguistics.
- Open-source implementation supporting further research and development.
