Q2) Bilateral filter is a local and non-linear filter considers both gray level similarities and geometric closeness of the neighboring pixels without smoothing edges. It is used for removing Gaussian noise and defined as: BF[']P=WLP YgesGos (IIp — 4l]) Gor (IIp — Iq)) Iq Find the estimated value of the pixel 1(0,0) instead of its noisy value {I(0,0) =50} in image | which is defined below. Let: s = or = 1 100 100 100 90 100 120 110

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Q2) Bilateral filter is a local and non-linear filter considers both gray level similarities and geometric closeness of the neighboring pixels without smoothing edges. It is used for removing Gaussian noise and defined as: BF[']P=WLP YgesGos (IIp — 4l]) Gor (IIp — Iq)) Iq Find the estimated value of the pixel 1(0,0) instead of its noisy value {I(0,0) =50} in image | which is defined below. Let: s = or = 1 100 100 100 90 100 120 110
Q2)
Bilateral filter is a local and non-linear filter considers both gray level similarities
and geometric closeness of the neighboring pixels without smoothing edges. It is
used for removing Gaussian noise and defined as:
BF[1] p =
Wp
Eqes Gos (l|p – q|l) Gor (\Ip – 1q|D Iq
Find the estimated value of the pixel I(0,0) instead of its noisy value {I(0,0) =50}
in image I which is defined below. Let: os = or = 1
100 100 100
90
50
90
100
120
110
Transcribed Image Text:Q2) Bilateral filter is a local and non-linear filter considers both gray level similarities and geometric closeness of the neighboring pixels without smoothing edges. It is used for removing Gaussian noise and defined as: BF[1] p = Wp Eqes Gos (l|p – q|l) Gor (\Ip – 1q|D Iq Find the estimated value of the pixel I(0,0) instead of its noisy value {I(0,0) =50} in image I which is defined below. Let: os = or = 1 100 100 100 90 50 90 100 120 110
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