TL;DR
AMIEOD introduces an adaptive image enhancement framework with multiple strategies and detection-guided optimization to significantly improve object detection in low-light scenes.
Contribution
It proposes a novel multi-experts enhancement module, detection-guided loss, and expert selection mechanism for better low-illumination object detection.
Findings
Significant improvement in detection accuracy under low-light conditions.
Effective dynamic selection of enhancement strategies during inference.
Compatibility with existing detection algorithms enhances performance in dim scenes.
Abstract
In multimedia application scenarios, images captured under low-illumination conditions often lead to lower accuracy in visual perception tasks compared to those taken in well-lit environments. To tackle this challenge, we propose AMIEOD, an image enhancement-enabled object detection framework for low-illumination scenes, where the two tasks are jointly optimized in a detection performance-oriented manner. Specifically, to fully exploit the information in poorly lit images, a Multi-Experts Image Enhancement Module (MEIEM) is proposed, which leverages diverse enhancement strategies. On this basis, aiming to better align the MEIEM with the detection task, we propose a Detection-Guided Regression Loss (DGRL) that utilizes the detection result to decide the regression target. Moreover, to dynamically select the most suitable enhancement strategy from MEIEM during inference, we…
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