Authors :
P. Gowthami, Dr. G. Mamatha
Volume/Issue :
Volume 3 - 2018, Issue 1 - January
Google Scholar :
https://goo.gl/DF9R4u
Scribd :
https://goo.gl/xecLkP
Thomson Reuters ResearcherID :
https://goo.gl/3bkzwv
Abstract :
Blocking artifacts are one of the visible artifacts that will reduce the quality of an image. In order to improve the quality of a reconstructed image, a Deblocking filter is used. The main key role of Deblocking filter is to detect the artifacts & attenuate them by applying a selective filter around the boundaries of an image. In this paper, to remove the blocking effect we implemented the Deblocking filter architecture. We demonstrated the result by an image with & without blocking artifacts. The Experimental results show the area utilization & time delay is 4.663ns. The proposed deblocking filter operating clock frequency is 214MHZ.
Keywords :
Blocking Artifacts, Deblocking Filter, Filter Unit.
Blocking artifacts are one of the visible artifacts that will reduce the quality of an image. In order to improve the quality of a reconstructed image, a Deblocking filter is used. The main key role of Deblocking filter is to detect the artifacts & attenuate them by applying a selective filter around the boundaries of an image. In this paper, to remove the blocking effect we implemented the Deblocking filter architecture. We demonstrated the result by an image with & without blocking artifacts. The Experimental results show the area utilization & time delay is 4.663ns. The proposed deblocking filter operating clock frequency is 214MHZ.
Keywords :
Blocking Artifacts, Deblocking Filter, Filter Unit.