There are three (3) poles with blocks of two different colours. The colours are labelledas A and B. There are three (3) blocks for each colour, which make up to a total of six(6) blocks.A block has to always be on a pole. When removing a block from a pole, the top blockwill be removed first. After the removal, the block must be placed onto another poleand become the top block of the new pole. Each pole can only hold three (3) blocksmaximum.The initial arrangement of the pole and blocks are shown in Figure 2.ABAABBFigure 2: Initial arrangement of blocks on polesYou are tasked to find the solution to place the blocks with the same colour onto thesame pole with the least number of movement.a) Describe the differences between breadth-first search and uniform-cost search and determine which of them is more suitable to accom-plish the task. State the reason of the selection.b) Using the search algorithm that has been selected in (a) to find thesolution. Specify the actions and clearly show the steps of expandingthe search tree. You may ignore the actions that do not change thestate.

(a) Difference Between Breadth - first search and Uniform Cost Search :- Breadth First Search…

Answered: There are three (3) poles with blocks…

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

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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#create a duplicate of the image for y in range (image.getHeight()-1): for x in range (1, image.getWidth () -1): #Row major traversal of each pixel #display in the image oldPixel=image.getPixel(x,y) #Get the pixel present at current place leftPixel=image.getPixel(x-1,y) #Get left pixel. bottomPixel=image.getPixel (x, y+1) #Get bottom pixel oldLum-average (oldPixel) #calcule luminance of current pixel leftLum-average (leftPixel) #calculate luminance of left pixel bottomLum=average (bottomPixel) #calculate luminance of right pixel if abs (oldLum-leftLum) >threshold or\ abs (oldLum-bottomLum) >threshold: new.setPixel (x,y, sharpen (old, degree)) return new #3main function def main (): #Input image image=Image ("testImage.gif") image.draw () #Call the method, edge detection out=edge_detection (image, 80,10) out.draw () if main () name main ": ==
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