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A unified framework for cross-platform dynamic social network analysis and knowledge integration

2026methodological guidanceincrementalframework

Subrata Paul, Chandan Koner, Raj Kumar Samanta, Anirban Mitra

https://doi.org/10.1201/9781003773504-44OpenAlex: W7129613321
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Abstract Quality
GPT-5.5 Abstract Analysis

Problems Identified (5)

Cross-platform activity dispersion: User activity is dispersed across multiple platforms, making cross-platform dynamic social network analysis important for knowledge extraction and decision-making.

Multi-platform inconsistency: Cross-platform social media analysis must address semantic, temporal, and structural inconsistencies across platforms.

Unified social knowledge integration: The research problem is to achieve unified knowledge integration from diverse social media sources.

Cross-platform activity dispersion: User activity is dispersed across multiple platforms, making cross-platform dynamic social network analysis important for knowledge extraction and decision-making.

Multi-platform inconsistency: Cross-platform social media analysis must address semantic, temporal, and structural inconsistencies across platforms.

Proposed Solutions (5)

Unified cross-platform network framework: The paper proposes a framework for cross-platform dynamic social network analysis and unified knowledge integration.

Temporal knowledge graph integration: The methodology integrates multi-platform entities and interactions into a single temporal knowledge graph.

Identity-aligned dynamic graph construction: The methodology uses cross-platform knowledge graph construction, dynamic graph generation, and identity alignment.

Multi-analysis social network modules: The approach enables modular community discovery, subject modelling, and diffusion analysis over the integrated graph.

Unified cross-platform network framework: The paper proposes a framework for cross-platform dynamic social network analysis and unified knowledge integration.

Results (3)

Baseline performance advantage:

Effective diffusion modeling:

Community and topic dynamics captured:

Research Domain

Cross-platform dynamic social network analysis and knowledge integration

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