CROPPING TECHNIQUES AND RESULT COMPARISON: PRE-CLUSTER(2)

PRE-CLUSTER(2)

Sequential Windows 

Now we would like to generate N sequential windows in order to implement n-gram model. So, the coverage C remains same as the previous technique but the window point is now fixed. More formally for the each image of the dataset P and for the fix coverage C, we generate N sequential windows from (s_x,s_y) pixel point where s_x and s_y is sequential pixel point from where the image with fixed coverage will be cropped. Here we are keeping sequence of windows diagonally. One can see from the figure 4, windows initial points which are totally diagonally .The idea is to capture certain coverage without losing any sort of information. In other words for any N windows, we must have all images between (0,0) and (X,Y) where X and Y are height and width of an original image, diagonally. After having the n sequential windows set of original data set, we apply sift algorithm to generate and store descriptors of each random window for the next stages. The procedure is mentioned in algorithm 2 and the output can be seen in figure 5 with respect to the original image.

Algorithm 2: Sequence windows generation

1: input: original image set
2: output: N sequential windows of each images with certain coverage C.
3: set the coverage C and the number of windows N to generate 4: for each images img do
5: get the size of img [rows columns] = size(img)
6: manipulate window width and height according to coverage C w_width = C * column; w_height= C * rows;
7: generate initial window from the initial pixel point(s_x0, s_y0) of the image img s_x0=0 and s_y0=0;
cropped_img=imcrop(img, [r_x, r_y, w_width, w_height]);
save cropped_img (window) in output directory 8: for each image img, to generate N sequence windows do ( for i=N;I>1 ;i—)
generate sequential pixel point (s_x,s_y) s_x= (rows – w_height)/N-1;
s_y= (columns – w_width)/N-1; crop the image img cropped_img=imcrop(img, [s_x, s_y, w_width, w_height] save cropped_img (window) at the output directory 9: end for 10: end for
Fig5Generating Representative_decrypted
Figure 5 : Output of random and sequence windows

Representative APR 391%. Average APR for this type of loans is 391%. Let's say you want to borrow $100 for two week. Lender can charge you $15 for borrowing $100 for two weeks. You will need to return $115 to the lender at the end of 2 weeks. The cost of the $100 loan is a $15 finance charge and an annual percentage rate of 391 percent. If you decide to roll over the loan for another two weeks, lender can charge you another $15. If you roll-over the loan three times, the finance charge would climb to $60 to borrow the $100.

Implications of Non-payment: Some lenders in our network may automatically roll over your existing loan for another two weeks if you don't pay back the loan on time. Fees for renewing the loan range from lender to lender. Most of the time these fees equal the fees you paid to get the initial payday loan. We ask lenders in our network to follow legal and ethical collection practices set by industry associations and government agencies. Non-payment of a payday loan might negatively effect your credit history.

Calculate APR