To realize the cross-modal semantic comprehension, the authors suggest a GlobalLocal Interactive Emotion Analysis Model, referred to as GLIEAM, to overcome the problem of semantic inconsistency and noise interference encountered during multimodal comprehension. The model has a ViT of global visual semantics and a Generative Pre-Trained Transformer (GPT) of contextual linguistic representations. GLIEAM is built upon syntax-based semantic enhancement and multi-head cross-attention fusion, such that the language and the vision modalities can be aligned in an appropriate manner. GLIEAM performs better than baselines like BERT, TomBERT and SalienCyBERT; test results indicate that it is better than the baselines by up to 3.6% and F1, and in three datasets (Twitter-2015, Twitter-2017) and domains (UMLS, LegalPP-10k, WN18RR). The BR-GG-DeepSC fusion also enhances contextual semantic robustness and generalization under low-SNR. The ablation results show that the ViT-GPT fusion and the syntactic parsing/graphic denoising modules complement each other to achieve cross-modal alignment and representation stability. Overall, GLIEAM proposes a noise-resilient, interpretable, and generalizable approach to cross-modal semantic understanding and provides groundwork for advanced applications in semantic communication and multimodal reasoning.
Haoyang Fei (Fri,) studied this question.