Table 1

Comparison of detection performance of several methods on the first genreation datasets with AUC as the performance metric. The AUC results of DefakeHop++ in both frame-level and video-level are given. The best and the second-best results are shown in boldface and underbared, respectively. The AUC results of benchmarking methods are taken from [21] and the number of parameters are from https://keras.io/api/applications. Also, we use a to denote deep learning methods and b to denote non-deep-learning methods.

1st Generation
MethodModelUADFVFF++#param
Two-stream [44]InceptionV3a[33]85.1%70.1%23.9M
Meso4 [1]Designed CNNa84.3%84.7%28.0K
MesoInception4 [1]Designed CNNa82.1%83.0%28.6K
HeadPose [37]SVMb89.0%47.3%
FWA [20]ResNet-50a[12]9.4%80.1%25.6M
VA-MLP [23]Designed CNNa0.2%66.4%
VA-LogReg [23]Logistic Regressionb54.0%78.0%
Xception-raw [27]XceptionNeta[ ]80.4%99.7%22.9M
Xception-c23 [27]XceptionNeta[ ]91.2%99.7%22.9M
Xception-c40 [27]XceptionNeta[ ]83.6%95.5%22.9M
Multi-task [25]Designed CNNa65.8%76.3%
Capsule [26]CapsuleNeta[30]61.3%96.6%3.9M
DSP-FWA [19]SPPNeta[13]97.7%93.0%
Multi-attentional [43]Efficient-B4a[34]99.8%19.5M
DefakeHop [2]DefakeHopb100%96.0%42.8K
Ours (Frame Level)DefakeHop++b100%98.4%238K
Ours (Video Level)DefakeHop++b100%99.3%238K

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