A Neutrosophic Offset Logic and Statistical Framework for Analyzing International Chinese Communication in Integrated Media Environments

This paper proposes a novel mathematical model that applies Neutrosophic Offset Logic and Neutrosophic Offset Statistics to analyze and interpret the complexities of International Chinese Communication (ICC) in the context of integrated media. Unlike traditional logic or fuzzy systems, our model all...

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Bibliographic Details
Published inNeutrosophic sets and systems Vol. 86; pp. 654 - 668
Main Author Li, Bing
Format Journal Article
LanguageEnglish
Published Neutrosophic Sets and Systems 15.10.2025
University of New Mexico
Subjects
Case studies
Computational linguistics
fuzzy logic limitations
Innovations
integrated media
international chinese communication
Language processing
misinformation detection
Natural language interfaces
neutrosophic logic
neutrosophic statistics
offset logic
political messaging
Smarandache, Florentin
strategic communication
truth-indeterminacyfalsehood modeling
China
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Summary:This paper proposes a novel mathematical model that applies Neutrosophic Offset Logic and Neutrosophic Offset Statistics to analyze and interpret the complexities of International Chinese Communication (ICC) in the context of integrated media. Unlike traditional logic or fuzzy systems, our model allows truth (T), indeterminacy (I), and falsehood (F) values to extend beyond the conventional interval [0, 1], enabling accurate representation of over-assertive, under-informative, and ambiguous narratives common in geopolitical discourse. We introduce a robust algorithm and apply it to a case study of international Chinese news media to demonstrate the effectiveness of our framework. Keywords: Neutrosophic Logic, Offset Logic, Neutrosophic Statistics, International Chinese Communication, Integrated Media, Misinformation Detection, Strategic Communication, Political Messaging, Fuzzy Logic Limitations, Truth-Indeterminacy-Falsehood Modeling
ISSN:2331-6055
2331-608X
DOI:10.5281/zenodo.15514503