GANs最新综述论文: 生成式对抗网络及其变种如何有用【附41页pdf下载】

1 月 5 日 专知

【导读】最近一期的计算机顶级期刊ACM Computing Surveys (CSUR)出版,涵盖最新的GANs综述论文,146篇参考文献, 本文的作者来自首尔大学数据科学与人工智能实验室的师生,研究方向为深度学习和机器学习。本综述论文介绍了GAN的原理和应用。




  1. 文章结构概述

  2. GAN的目标函数已经它各个部分是如何工作的;近几年新提出的目标函数

  3. GAN如何应用于从低维数据表示中学习一个隐空间

  4. GAN的实际应用领域

  5. GAN为什么比其他模型好

  6. 文章总结




作者Yongjun Hong,Uiwon Hwang,Jaeyoon Yoo,Sungroh Yoon




  • 后台回复“GANVW” 就可以获取论文的下载链接~ 

  • 专知2019年1月将开设一门《深度学习:算法到实战》讲述相关GANs,欢迎报名!

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We introduce MaSS (Momentum-added Stochastic Solver), an accelerated SGD method for optimizing over-parametrized models. Our method is simple and efficient to implement and does not require adapting hyper-parameters or computing full gradients in the course of optimization. Experimental evaluation of MaSS for several standard architectures of deep networks, including ResNet and convolutional networks, shows improved performance over Adam and SGD both in optimization and generalization. We prove accelerated convergence of MaSS over SGD and provide analysis for hyper-parameter selection in the quadratic case as well as some results in general strongly convex setting. In contrast, we show theoretically and verify empirically that the standard SGD+Nesterov can diverge for common choices of hyper-parameter values. We also analyze the practically important question of the dependence of the convergence rate and optimal hyper-parameters as functions of the mini-batch size, demonstrating three distinct regimes: linear scaling, diminishing returns and saturation.

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Generating realistic images from scene graphs asks neural networks to be able to reason about object relationships and compositionality. As a relatively new task, how to properly ensure the generated images comply with scene graphs or how to measure task performance remains an open question. In this paper, we propose to harness scene graph context to improve image generation from scene graphs. We introduce a scene graph context network that pools features generated by a graph convolutional neural network that are then provided to both the image generation network and the adversarial loss. With the context network, our model is trained to not only generate realistic looking images, but also to better preserve non-spatial object relationships. We also define two novel evaluation metrics, the relation score and the mean opinion relation score, for this task that directly evaluate scene graph compliance. We use both quantitative and qualitative studies to demonstrate that our pro-posed model outperforms the state-of-the-art on this challenging task.

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We present LR-GAN: an adversarial image generation model which takes scene structure and context into account. Unlike previous generative adversarial networks (GANs), the proposed GAN learns to generate image background and foregrounds separately and recursively, and stitch the foregrounds on the background in a contextually relevant manner to produce a complete natural image. For each foreground, the model learns to generate its appearance, shape and pose. The whole model is unsupervised, and is trained in an end-to-end manner with gradient descent methods. The experiments demonstrate that LR-GAN can generate more natural images with objects that are more human recognizable than DCGAN.

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