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Nasir Ahmad1*, Jehad Ali2, Khalil Khan3, Muhammad Naeem4, Usman Ali5 

1* Loughborough University, UK.
2 Computer Engineering Department, AJOU University, Korea.
3 The University of Poonch, Azad Kashmir, Pakistan.
4 University of Peshawar, Peshawar, Pakistan.
5 Ghulam Ishaq Khan Institute of Engineering Sciences and Technology, Topi, Pakistan


Researchers have tried to improve the accuracy of face recognition by combining 2D and 3D images to overcome
the problems of illumination, pose variation and occlusion. Although combining 2D with 3D have shown better results
when compared with 2D images only, however applicability of these methods is inadequate in practical implementations
due to high cost of 3D sensors, therefore we are using the low cost sensor Kinect acquired images. We do
face recognition from RGB images, depth images and then we combine both RGB and depth maps i.e. concatenate
different Modalities to improve the accuracy of recognition. Depth maps have holes and noise induced from camera
sensors, therefore we process them to remove these distortions and then we apply the face recognition algorithm.
Experimental results reveal that the accuracy of face recognition can be increased by combining RGB and depth
images and applying pre-processing on depth maps which mitigate the effects of covariates such as holes and noise
in the depth maps. 


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Journal of Engineering and Applied Sciences


Vol. 39, Iss. 1, pp. 01-126


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