Multimodal instance segmentation based on spatial axial band attention used in electrical distribution scenario

This paper presents a dual-modal instance segmentation framework based on Spatial Axial Band Attention (SABA), for electrical distribution scenarios. To address challenges of edge ambiguity, thermal heterogeneity, and small-target omission in single-modal methods, we propose: 1) A dual-stream feature pyramid with non-isotropic band partitioning, decomposing global attention into orthogonal local 2) A cross-scale guided aggregation mechanism to resolve intensity inhomogeneity caused by uneven heat dissipation. Experimental results on our established electrical distribution dataset demonstrate leading performance with 62.0 [email protected] and 56.3% mask IoU, surpassing single-modal baselines by 3.6-9.5% absolute gains. This lightweight architecture achieves lower complexity of 79.68 GFlops than some compared dual modal methods.

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Publication Details

Published
2025-07-11
DOI
https://doi.org/10.1109/cisat66811.2025.11181929
Primary Topic
Power Systems and Technologies
Type
article
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article

Multimodal instance segmentation based on spatial axial band attention used in electrical distribution scenario

Jian Zhang, Hao Chen, Jinbin Luo
Power Systems and Technologies
article

Multimodal instance segmentation based on spatial axial band attention used in electrical distribution scenario

Jian Zhang, Hao Chen, Jinbin Luo
article en

Abstract

This paper presents a dual-modal instance segmentation framework based on Spatial Axial Band Attention (SABA), for electrical distribution scenarios. To address challenges of edge ambiguity, thermal heterogeneity, and small-target omission in single-modal methods, we propose: 1) A dual-stream feature pyramid with non-isotropic band partitioning, decomposing global attention into orthogonal local 2) A cross-scale guided aggregation mechanism to resolve intensity inhomogeneity caused by uneven heat dissipation. Experimental results on our established electrical distribution dataset demonstrate leading performance with 62.0 [email protected] and 56.3% mask IoU, surpassing single-modal baselines by 3.6-9.5% absolute gains. This lightweight architecture achieves lower complexity of 79.68 GFlops than some compared dual modal methods.

China Southern Power Grid (China) (CN)
Openalex Percentile: Top 73%
Power Systems and Technologies
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