Poker Watcher: Playing Card Detection Based on EfficientDet and Sandglass Block

Qianmin Chen, Eric Rigall, Xianglong Wang, H. Fan, Junyu Dong
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引用次数: 1

Abstract

We present a neural network to detect playing cards in real poker scenes through a camera, where the playing card area represents only 0.7% of the shot table area. In the acquired images, the suits of cards are fuzzy and difficult to identify, even to the naked eye. Because of the relatively few pixels corresponding to the cards, traditional image processing and pattern recognition methods struggle to detect them. Therefore, we use deep learning methods to detect, which have shown to be easy-to-use, faster and more accurate in a broad range of computer vision applications over the years. Inspired by the sandglass block, we improved the current state-of-the-art neural network architecture for object detection, EfficientDet, to retain more features. Experiments have been conducted to evaluate the performance of our improved EfficientDet model and showed that it achieved considerable performance improvement compared with the other deep learning models.
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基于高效det和沙漏块的扑克牌检测
我们提出了一个神经网络,通过摄像头在真实的扑克场景中检测扑克牌,其中扑克牌区域仅占射击桌区域的0.7%。在获得的图像中,花色是模糊的,即使用肉眼也难以识别。由于卡片对应的像素相对较少,传统的图像处理和模式识别方法很难检测到它们。因此,我们使用深度学习方法进行检测,这些方法多年来在广泛的计算机视觉应用中被证明易于使用,更快,更准确。受沙漏块的启发,我们改进了当前最先进的用于目标检测的神经网络架构,effentdet,以保留更多的功能。已经进行了实验来评估我们改进的EfficientDet模型的性能,并表明与其他深度学习模型相比,它取得了相当大的性能改进。
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