SIAT-JSSI dataset
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If you are using this dataset in your research work, please kindly refer to one of the following papers:

[1] Chunling Fan, Yun zhang, Raouf Hazaoui, Qingshan Jiang, Interactive Subjective Study on Picture-Level Just 
Noticeable Difference of Compressed Stereoscopic Images, in: IEEE International Conference on Acoustics, Speech, 
and SignalProcessing (ICASSP), Brighton, May 2019.
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Reference images
Source image: ./sourceimage
Each source stereoscopic image includes the left view and right view image, named "**_l.bmp" and "**_r.bmp";
Ten source images are named with the order. 
01:People, 02:Basketball, 03:Newsreport, 04:Treebranches, 05:Flower, 
06:Computer, 07:Volleyball, 08:Pavilion, 09:Building, 10:Fruitstore.

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The input stereoscopic image pairs were encoded with H.265 intra coding and JPEG2000 compression, respectively. 

H.265 intra coding
HM-16.7-00 and FFMpeg-n3.2.8 for standard H.265 were adopted to encode each view of the stereoscopic images in 
intra-frame mode separately. 

FFMpeg-n3.2.8 was used to encode/decode between BMP and YUV. HM-16.7-00 was used to encode YUV into bit stream.
The QPs were varied from 1 to 51 for both the left and right views. 

JPEG2000 compression
We used MATLAB code “imwrite (image, imageName, ‘CompressionRatio’, CR)”, where CR ranges from 1 to 300. 
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Distorted image. 
1. H.265:
The distorted images are in H.265_xx.zip
The distorted images of each source image are saved in a folder with the name of source image.
e.g., "01_l_QP=10_ref.bmp" denotes the distorted image compressed with QP=10 for 01 reference image.

2.JPEG2000
the distorted images are in JP2K.zip
e.g.,"01_l_014.j2k" denotes the distorted image compressed with ‘CompressionRatio’ (CR)=14 for 01 reference image.

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Symmetric_PJND_Samples.xlsx includes four sheets: Sym_PRI_H265, Sym_PRI_JP2K, Sym_DRI_H265, and Sym_DRI_JP2K.
The outliers are deleted according to the post-processing in [1].