This research explores the convergence of fractal information theory and fractal geometry within computational linguistics. It also examines the application of the NooJ tool for structural analysis. The studyposits that fractal analysis in computational linguistics offers a framework understandlanguage as an intricate, self-similar, and dynamic system. Patterns recur at multiple scales, such as phrases within sentences and sentences within paragraphs. Fractal analysis uses methodologie s to identify non-normal distributions and long-range dependencies textual data. NooJ leverages finite-state technology to parse large corpora and construct linguistic resources, such aslexicons and grammars. Although NooJprimarily functionsas a finite-state machine, its ability to manage recursive graph structures, particularly recursive transitionnetworks, makes it suitable for analyzing fractal structures.

Fractal analysis and computational linguistics

Bucciarelli, Ritamaria
;
2026

Abstract

This research explores the convergence of fractal information theory and fractal geometry within computational linguistics. It also examines the application of the NooJ tool for structural analysis. The studyposits that fractal analysis in computational linguistics offers a framework understandlanguage as an intricate, self-similar, and dynamic system. Patterns recur at multiple scales, such as phrases within sentences and sentences within paragraphs. Fractal analysis uses methodologie s to identify non-normal distributions and long-range dependencies textual data. NooJ leverages finite-state technology to parse large corpora and construct linguistic resources, such aslexicons and grammars. Although NooJprimarily functionsas a finite-state machine, its ability to manage recursive graph structures, particularly recursive transitionnetworks, makes it suitable for analyzing fractal structures.
2026
6/2026
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10278/5114770
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