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StackGAN: Text to Photo-realistic
Image Synthesis with Stacked
Generative Adversarial Networks
M1 Shota SUGIHARA
書誌情報
• StackGAN: Text to Photo-realistic Image Synthesis with
Stacked Generative Adversarial Networks
• arXiv (https://arxiv.org/abs/1612.03242)
• Submitted on 10 Dec 2016
• Authors: Han Zhang, Tao Xu, Hongsheng Li, Shaoting Zhang,
Xiaolei Huang, Xiaogang Wang, Dimitris Metaxas
• 選定理由:⽣成モデルへの興味
2
概要
• 多層化したGANで学習させることで,説明⽂のみから
256×256画素の画像を⽣成
• GANを2段階に分ける.
• Stage-I GAN
• 与えられた説明⽂とノイズから,元となる低解像度の画像を⽣成
• Stage-II GAN
• 再び説明⽂の条件から,Stage-Iでの⽋損部分を修正するように⾼解像度の画像
を⽣成
3
実装
4
Stage-I GAN
• 説明⽂をtext embedding 𝜑 𝑡 に変換
• ⾼次元(𝜑 𝑡 	>100次元)
• 潜在変数の多様体が不連続になり,学習に好ましくない.
• Conditioning Augmentation
• ガウス分布𝑁 𝜇 𝜑 𝑡 , ∑ 𝜑 𝑡 からランダムにサンプリング
• 損失関数
5
Stage-II GAN
• Stage-Iの低解像度画像を元に,⾼解像度の画像を⽣成する.
• Stage-Iで⽣じた画像の歪み,情報の⽋損を修正するためtext
embedding 𝜑 𝑡 を再び条件に加える.
• 損失関数
• 𝑠*はStage-Iで⽣成された画像.
6
実験
• テストデータは2種類
• Caltech-UCSD Bird (CUB)
• 200種類の⿃を11788枚含むデータセット
• Oxford-102
• 102種類の花を8189枚含むデータセット
• ⽐較対象:GAN-INT-CLS, GAWWN
• 定量的評価:inception score, human rank (10⼈)
7
⽐較結果: CUB
8
⽐較結果: CUB
9
• GAN-INT-CLSは⼤まかな特徴を捉えているだけであり,
realisticな画像も⼗分な解像度も満たしていない.
• GAWWNは条件変数を追加することでより良い結果が出たが,
説明⽂のみの条件では本物らしい画像を⽣成できない.
• StackGANは説明⽂のみで,256×256画素のrealisticな画像⽣
成に成功した.
⽐較結果: Oxford-102
10
⽐較結果
• Inception score, Human rankともに,最も⾼いスコアを得た.
11
結果: Stage-I, II間
• Stage-Iでは,凡そ最もらしい⾊や形を捉えているものの,細部
の⽋損や間違いが⾒られる.Stage-IIでは,詳細部分が修正さ
れ,より説明を反映した画像が⽣成されている.
12
結果: training dataとの⽐較
• ⽣成された画像と,それに近いtraining dataをL2距離から導出
し,⽐較した.
13
検証: Component analysis
14
• 提案⼿法の検証
• Conditioning Augmentation
検証: Sentence embedding interpolation
15
失敗例
• 筆者らはStage-Iで特徴を捉えられなかったためと主張している.
16
失敗例
• 筆者らはStage-Iで特徴を捉えられなかったためと主張している.
17
まとめ
• photo-realisiticな画像⽣成のためのStackGANを提案した.
• ⽣成過程を2段階にすることで,Stage-Iで説明⽂から⼤まかな
特徴を捉え,Stage-IIでそれを修正し鮮明な画像⽣成に成功し
た.
• 既存⼿法と⽐較して,定性的,定量的に提案⼿法が優れている
ことを⽰した.
18

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[DL輪読会]StackGAN: Text to Photo-realistic Image Synthesis with Stacked Generative Adversarial Networks