1) Read the image in the file named test.tif from the disk and assign it to the array A.

2) 5 x to image A Apply 5 median filters, assign result to array B

3) Take the Fourier transform by padding the B image with zero and assign it to the F array.

4) Using a Gaussian high-pass filter (YGF) with a cutoff frequency of 50, selecting k1=0.3 and k2=1.5, a high frequency get the transfer function of the highlight filter, assign it to array H. (Get YGF with 1-lpfilter(P,Q,'gauss',50) please)

5) Filter the B image with the H filter in the frequency domain, obtain the filtered image and assign it to the G1 array.

6) Threshold the G1 image by selecting T=90, assigning the result to the G2 array.

7) Multiply image A by G2 and display the result on the screen.

2. 15 p.) Aadaki ilemleri srasyla uygulayan bir matlab kodu yazn. 1. test.tif isimli dosya iindeki grnty diskten okuyup A dizisine atayn. A grntsne 5 x 5 medyan filter uygulayn, sonucu B dizisine atayn. 3. B grntsn sifirla dolgulayarak Fourier dnmn aln ve F dizisine atayn. 4. Cutoff frekans 50 olan Gauss yksek geiren filtreyi (YGF) kullanarak, k=0.3 ve kz=1.5 seerek bir yksek frekans vurgulama filtresinin transfer fonksiyonunu elde edin, bunu H dizisine atayn. (YGF'yi 1-Ipfilter(P,Q,'gauss',50) ile elde edin) 5. B grntsn frekans ortamnda H filtresi ile filtreleyip, filtrelenmi grntsy elde edin ve Gl dizisine atayn. 6. Gl grntsn T=90 seerek eikleyin, sonucu G2 dizisine atayn. 7. A grnts ile G2'yi arpn ve sonucu ekranda gsterin