SENTICOG: CROSS-PLATFORM SENTIMENT ANALYSIS VIA CAUSAL GRAPH ENCODING AND MULTI-MODAL FUSION

In order to provide reliable and broadly applicable sentiment predictions, this study presents SENTICOG, a cross-platform sentiment analysis system that utilises Causal Graph Encoding and Multi-Modal Fusion. By merging textual features, graph-encoded causal linkages, and auxiliary metadata into a single latent representation, SENTICOG is able to capture deep semantic structures. Within the framework, two fundamental variations are investigated: CGR-MLP (Causal Graph Representation with Multi-Layer Perceptron) and CGR-ZSG (Causal Graph Representation with Zero-Shot Generalisation). CGR-ZSG achieves 89.6%, 93.23%, and 95.6% accuracy across benchmark datasets, allowing for generalisation to unknown domains without the need for retraining. CGR-MLP further improves classification performance with accuracies of 90%, 96.87%, and 97.78%, respectively, after being tuned for supervised tasks. These findings demonstrate the benefits of combining multi-modal learning and causal reasoning for scalable, cross-domain sentiment analysis.

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Publication Details

Journal
International Journal of Apllied Mathematics
Published
2025-10-02
DOI
https://doi.org/10.12732/ijam.v38i5.447
Primary Topic
Data Visualization and Analytics
Type
article
Field-Weighted Citation Impact
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article

SENTICOG: CROSS-PLATFORM SENTIMENT ANALYSIS VIA CAUSAL GRAPH ENCODING AND MULTI-MODAL FUSION

S. Anith
International Journal of Apllied Mathematics
Data Visualization and Analytics
article

SENTICOG: CROSS-PLATFORM SENTIMENT ANALYSIS VIA CAUSAL GRAPH ENCODING AND MULTI-MODAL FUSION

S. Anith
article en

Abstract

In order to provide reliable and broadly applicable sentiment predictions, this study presents SENTICOG, a cross-platform sentiment analysis system that utilises Causal Graph Encoding and Multi-Modal Fusion. By merging textual features, graph-encoded causal linkages, and auxiliary metadata into a single latent representation, SENTICOG is able to capture deep semantic structures. Within the framework, two fundamental variations are investigated: CGR-MLP (Causal Graph Representation with Multi-Layer Perceptron) and CGR-ZSG (Causal Graph Representation with Zero-Shot Generalisation). CGR-ZSG achieves 89.6%, 93.23%, and 95.6% accuracy across benchmark datasets, allowing for generalisation to unknown domains without the need for retraining. CGR-MLP further improves classification performance with accuracies of 90%, 96.87%, and 97.78%, respectively, after being tuned for supervised tasks. These findings demonstrate the benefits of combining multi-modal learning and causal reasoning for scalable, cross-domain sentiment analysis.

International Journal of Apllied MathematicsVol. 38(5)
Openalex Percentile: Top 71%
Data Visualization and Analytics
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