Individual Layers of VGG16
Most Noticeable Eigen-Distortion

Below is presented the largest eigenvector for the Fisher Information matrix (with respect to to this image) of the representations within several layers of VGG16. We present the vectors (top row) and each vector added back to the image at the same amplitude (amplitude =10).

Distortion Vectors
Front

Layer2

Layer3

Layer4

Layer5

Layer6

dd

dd

dd

dd

dd

dd


Images + Vectors
Front

Layer2

Layer3

Layer4

Layer5

Layer6

dd

dd

dd

dd

dd

dd




Individual Layers of VGG16
Least Noticeable Eigen-Distortion

Below is presented the smallest eigenvector for the Fisher Information matrix (with respect to to this image) of the representations within several layers of VGG16. We present the vectors (top row) and each vector added back to the image at the same amplitude (amplitude =30).

Distortion Vectors
Front

Layer2

Layer3

Layer4

Layer5

Layer6

dd

dd

dd

dd

dd

dd


Images + Vectors
Front

Layer2

Layer3

Layer4

Layer5

Layer6

dd

dd

dd

dd

dd

dd


Image Quality Assessment Models
Most Noticeable Eigen-Distortion

Below is presented the largest eigenvector for the Fisher Information matrix (with respect to to this image) of the representations within several optimized Image Quality Assessment Models. We present the vectors (top row) and each vector added back to the image at the same amplitude (amplitude =10).

Distortion Vectors
LN

LG

LGG

On-Off

CNN

VGG-IQA

dd

dd

dd

dd

dd

dd


Images + Vectors
LN

LG

LGG

On-Off

CNN

VGG-IQA

dd

dd

dd

dd

dd

dd



Image Quality Assesment Models
Least Noticeable Eigen-Distortion

Below is presented the smallest eigenvector for the Fisher Information matrix (with respect to to this image) of the representations within several optimized Image Quality Assessment Models. We present the vectors (top row) and each vector added back to the image at the same amplitude (amplitude =30).

Distortion Vectors
LN

LG

LGG

On-Off

CNN

VGG-IQA

dd

dd

dd

dd

dd

dd


Images + Vectors
LN

LG

LGG

On-Off

CNN

VGG-IQA

dd

dd

dd

dd

dd

dd