Question: While applying a simulated annealing algorithm to a certain problem, you have come to an iteration where the current value of T is T

While applying a simulated annealing algorithm to a certain problem, you have come to an iteration where the current value of T is T 2 and the value of the objective function for the current trial solution is 30. This trial solution has four immediate neighbors and their objective function values are 29, 34, 31, and 24. For each of these four immediate neighbors in turn, you wish to determine the probability that the move selection rule would accept this immediate?

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock blur-text-image

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Introduction To Operations Research Questions!

While applying a simulated annealing algorithm to a certain problem, you have come to an iteration where the current value of T is T = 2 and the value of the objective function for the current trial...

#####PLEASE WRITE ON PAPER BY HAND ####### Q 3 . While applying a simulated annealing algorithm to a certain problem, you have come to an iteration where the current value of T is T = 2 and the value...

Suppose you're applying a simulated annealing algorithm to a certain problem, where T is the parameter that measures the tendency to accept the current candidate to be the next trial solution. You...

Suppose youre applying a simulated annealing algorithm to a certain problem, where T is the parameter that measures the tendency to accept the current candidate to be the next trial solution. You...

Section 4.3 Reference : Outline of a Basic Simulated Annealing Algorithm Initialization: Start with a feasible initial trial solution. Iteration: Use the move selection rule to select the next trial...

1 Introduction NOTE: read the whole assignment brief first before implementing it contains very important information In this assignment you will be tasked with doing four things: Create a simulation...

Consider the traveling salesman problem depicted below. where city 1 is the home city. Using 1-2-3-4-5-1 as the initial trial solution, you are to follow the instructions below for applying the basic...

Question 3 Optimisation ( a ) Give one strength and one weakness of Hill Climbing. Justify your answer. [ 1 0 marks ] ( b ) Consider the following optimisation problem and algorithm design to solve...

(Probabilistic Methods) (a) Probabilistic methods permit the choice of weaker solutions than the current solution on each iteration. Identify the issue with first and second order methods this was...

page 898 692 Chapter 11 Discrete Optimization Models plus 112 + x3 + x1s=1 32.1 + 124 + 126 = 1 X3 + x34 + x3 = 1 14.2 + 443 + 146 = 1 IS1 + 153 2 otto - 1 (d) To avoid any subtour among nodes in S =...

heridan company gathered the following reconciling information in preparing its June bank reconciliation: Cash balance per books, 6/30 $ 13900 Deposits in transit 1000 Notes receivable and interest...

Panamint Candy Company prepared the following amortization table for $300,000 of five-year, 9 percent bonds issued and sold by Panamint on December 31, 2012, for $285,000: Required: 1. Prepare the...

Nolan, a Certified Fraud Examiner, has been hired to do analytical procedures on the ABC Company. He is comparing the cost of goods sold for the years 2 0 0 7 - 2 0 1 2 , inclusive, attempting to...

Tucson Tractor Inc. has accumulated the following data over a six-month period: Separate the indirect labor into its fixed and variable components, using the high-lowmethod. Indirect Labor Hours 400...