Transcription of EfficientNet: Rethinking Model Scaling for Convolutional ...
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efficientnet : Rethinking Model Scaling for Convolutional neural NetworksMingxing Tan1 Quoc V. Le1 AbstractConvolutional neural Networks (ConvNets) arecommonly developed at a fixed resource budget,and then scaled up for better accuracy if moreresources are available. In this paper, we sys-tematically study Model Scaling and identify thatcarefully balancing network depth, width, and res-olution can lead to better performance. Basedon this observation, we propose a new scalingmethod that uniformly scales all dimensions ofdepth/width/resolution using a simple yet highlyeffectivecompound coefficient. We demonstratethe effectiveness of this method on Scaling upMobileNets and go even further, we use neural architecturesearch to design a new baseline network and scaleit up to obtain a family of models, calledEfficient-Nets, which achieve much better accuracy and effi-ciency than previous ConvNets.
EfficientNet: Rethinking Model Scaling for Convolutional Neural Networks 2019), and achieves even better efficiency than hand-crafted mobile ConvNets by extensively tuning the network width, depth, convolution kernel types and sizes. However, it is unclear how to apply these techniques for larger models that
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