An Efficient Convolutional Neural Network With Attached Accelerating Strategy

Kangyu Gao, Qingyong Zhang, Luyang Yu
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Abstract

With the development of convolution neural network, people invented a deeper network and gained higher accuracy. But with the increasing demand in mobile technology of this field, how to save the computing resource consumption, enhance the training speed has become an important question. In this paper, based on some of the classic acceleration strategy, we established a new multi-branch network called FRINet, the model lowers computing power of the hardware requirements and enhancing training efficiency. By experiments on ISIC dataset, as compared to no acceleration strategy model InceptionV3, we achieve 2.3 times speedup in training speed, while the loss of the correct rate is only 1.7%.
具有附加加速策略的高效卷积神经网络
随着卷积神经网络的发展,人们发明了更深层次的网络,获得了更高的准确率。但随着该领域对移动技术的需求日益增加,如何节省计算资源消耗,提高训练速度成为一个重要的问题。本文在一些经典加速策略的基础上,建立了一种新的多分支网络——FRINet,该模型降低了对硬件的计算能力要求,提高了训练效率。通过在ISIC数据集上的实验,与没有加速策略的模型InceptionV3相比,我们的训练速度提高了2.3倍,而正确率的损失仅为1.7%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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