[Solved] 1 Mark C Simulated Annealing Move Selected Argue Whether Evaluated Move Always Discarded Q37243983

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forquestion d onward only1 Mark] (c) in Simulated Annealing i. How is that move selected? i. Argue whether an evaluated move is always discarded if it is worse than the current Annealing, only one move is evaluated in each iteration. (c) In state and another move is chose. [3 Marks) a local maximum in S e to get stuck in a local maximum in Simulated Annealing? (d) Assume we have the following fitness function +900 * x +100 f(x)=x’-60* Using a binary representation we can represent x using five binary digits. i. Given the following four chromosomes give the values for x and fx). romosomeBinary String 11100 10111 00100 P4 2 Marks] i. IfP, and P, are chosen as parents, apply one point cross point crossover. Use a crossover point of 1 (where 3 Marks] [3 Marks] 2 Marks] 0 is to the very left of the chromosome) ii. Repeat iv. Calculate the value of x and fix) for C.. for the same using P, and Py with a crossover point of 2 and create C, and C e the initial population was x- 17,21, 4 and 28). Using one-point the probability offinding the optimal solution? Explain your reasons. 1, 4 and 28). Using one-point crossover, what is probability o [8 Marks] Show transcribed image text 1 Mark] (c) in Simulated Annealing i. How is that move selected? i. Argue whether an evaluated move is always discarded if it is worse than the current Annealing, only one move is evaluated in each iteration. (c) In state and another move is chose. [3 Marks) a local maximum in S e to get stuck in a local maximum in Simulated Annealing? (d) Assume we have the following fitness function +900 * x +100 f(x)=x’-60* Using a binary representation we can represent x using five binary digits. i. Given the following four chromosomes give the values for x and fx). romosomeBinary String 11100 10111 00100 P4 2 Marks] i. IfP, and P, are chosen as parents, apply one point cross point crossover. Use a crossover point of 1 (where 3 Marks] [3 Marks] 2 Marks] 0 is to the very left of the chromosome) ii. Repeat iv. Calculate the value of x and fix) for C.. for the same using P, and Py with a crossover point of 2 and create C, and C e the initial population was x- 17,21, 4 and 28). Using one-point the probability offinding the optimal solution? Explain your reasons. 1, 4 and 28). Using one-point crossover, what is probability o [8 Marks]

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Answer to 1 Mark] (c) in Simulated Annealing i. How is that move selected? i. Argue whether an evaluated move is always discarded … . . .