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Reception - A Deep Learning Based Hybrid Residual Network

机译:接待 - 基于深度学习的混合剩余网络

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Deep neural networks can be difficult to train and require extensive fine tuning for hyper-parameter optimization. In this paper a generalized deep convolutional hybrid network model is proposed, named Reception that not only can tackle problem of solving optimal kernel size but also have goodness of both ResNet and Inception. The proposed Reception module, compliments the learning of filters having small and large receptive fields. This allows the network to extract the tiniest of details as well as the broadest of shapes. Although this strategy increases the width of the network and the number of parameters, the depth requirement of the network reduces significantly. Moreover, the number of parameters are kept in line using a carefully crafted design. The model when used for classifying ships in satellite images achieves a mean test accuracy of 98.56% with standard deviation of 0.14 in 5-fold cross validation and F1-score of 0.99.
机译:深度神经网络可能难以训练,需要广泛的高参数优化调整。在本文中,提出了一种广泛的深度卷积混合网络模型,命名为接收,以解决解决最佳内核大小的问题,而且还具有reset和初始化的良好。所提出的接收模块,称赞具有小型和大的接收领域的过滤器的学习。这允许网络提取最小的细节以及最广泛的形状。虽然该策略增加了网络的宽度和参数的数量,但是网络的深度要求显着减少。此外,使用仔细制作的设计,参数的数量保持一线。该模型用于对卫星图像中的船舶进行分类,实现了98.56%的平均测试精度,标准偏差为0.14,在5倍的交叉验证中,F1分数为0.99。

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