DART: Depth-Enhanced Accurate and Real-Time Background Matting

• URL: http://arxiv.org/abs/2402.15820v1
• Date: Sat, 24 Feb 2024 14:10:17 GMT
• Title: DART: Depth-Enhanced Accurate and Real-Time Background Matting
• Authors: Hanxi Li, Guofeng Li, Bo Li, Lin Wu and Yan Cheng
• Abstract summary: Matting with a static background, often referred to as Background Matting" (BGM), has garnered significant attention within the computer vision community. We leverage the rich depth information provided by the RGB-Depth (RGB-D) cameras to enhance background matting performance in real-time.
• Score: 11.78381754863757
• License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
• Abstract: Matting with a static background, often referred to as ``Background Matting" (BGM), has garnered significant attention within the computer vision community due to its pivotal role in various practical applications like webcasting and photo editing. Nevertheless, achieving highly accurate background matting remains a formidable challenge, primarily owing to the limitations inherent in conventional RGB images. These limitations manifest in the form of susceptibility to varying lighting conditions and unforeseen shadows. In this paper, we leverage the rich depth information provided by the RGB-Depth (RGB-D) cameras to enhance background matting performance in real-time, dubbed DART. Firstly, we adapt the original RGB-based BGM algorithm to incorporate depth information. The resulting model's output undergoes refinement through Bayesian inference, incorporating a background depth prior. The posterior prediction is then translated into a "trimap," which is subsequently fed into a state-of-the-art matting algorithm to generate more precise alpha mattes. To ensure real-time matting capabilities, a critical requirement for many real-world applications, we distill the backbone of our model from a larger and more versatile BGM network. Our experiments demonstrate the superior performance of the proposed method. Moreover, thanks to the distillation operation, our method achieves a remarkable processing speed of 33 frames per second (fps) on a mid-range edge-computing device. This high efficiency underscores DART's immense potential for deployment in mobile applications}

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