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EMOE: Modality-Specific Enhanced Dynamic Emotion Experts

CVPR 2025 · Vision-language and multimodal › Cross-modal learning · approach: Multimodal sentiment analysis · 34 citations (OpenAlex)

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Proposes EMOE, a sample-adaptive mixture-of-modality-experts fusion with unimodal distillation for multimodal emotion recognition, also extended to intent recognition.

Problem

Multimodal emotion recognition suffers from a modality balance dilemma (modality importance varies per sample) and modality specialization disappearance (fusion favors invariant features and neglects unimodal predictive ability).

Approach

Treat each modality as an expert with a router network that learns per-sample modality weights for fusion, add router entropy and weight-importance similarity balancing losses, and distill unimodal predictions (weighted by router weights) into the multimodal prediction.

Key results

Measured effects reported in the paper

What was changedWhereMeasuredEffect
use EMOE instead of DMDCMU-MOSI aligned · CMU-MOSI alignedACC7: 46.2 -> 47.7Helped
use EMOE instead of DMDCMU-MOSI unaligned · CMU-MOSI unalignedACC7: 46.7 -> 47.8Helped
use EMOE instead of Self-MMCMU-MOSEI aligned · CMU-MOSEI alignedACC7: 53.2 -> 54.1Helped
use EMOE instead of MulTCMU-MOSEI unaligned · CMU-MOSEI unalignedACC7: 53.2 -> 53.9Helped
use EMOE instead of MulTMIntRec · MIntRecACC: 72.58 -> 72.58No clear effect
add Mixture of Modality Experts and Unimodal Distillation (ablation)EMOE baseline · CMU-MOSIACC7: 43.0 -> 47.7Helped
add Unimodal Distillation (ablation)EMOE with Mixture of Modality Experts · CMU-MOSIACC7: 46.2 -> 47.7Helped
add Mixture of Modality Experts (ablation)EMOE with Unimodal Distillation · CMU-MOSIACC7: 45.0 -> 47.7Helped
add router entropy loss (ablation)EMOE balancing mechanism · CMU-MOSIACC7: 45.3 -> 47.8Helped
add weight-importance similarity loss (ablation)EMOE balancing mechanism · CMU-MOSIACC7: 46.8 -> 47.8Helped
replace summation fusion with concatenation fusion (ablation)EMOE · CMU-MOSI alignedACC7: 47.7 -> 45.9Hurt
replace summation fusion with concatenation fusion (ablation)EMOE · CMU-MOSI unalignedACC7: 47.8 -> 47.4Hurt

Surprising findings

Limitations

Experimental setup

Datasets: CMU-MOSI CMU-MOSEI MIntRec

Benchmarks: CMU-MOSI CMU-MOSEI MIntRec

Metrics: ACC7 ACC2 F1 MAE ACC Precision Recall

Baselines: EF-LSTM LF-DNN TFN LMF MFN Graph-MFN MCTN MulT MISA Self-MM MMIM DMD

Builds on: Mixture of Experts MISA DMD one-way knowledge distillation

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