Sir Can You solve below Problem Please: Consider a state space having 3 states: s1, s2 and s3. The value of each state is V(s1) = 0, V(s2) = 4, V(s3) = 2. There can be transitions from s1 to s2, s2 to s1 and s3, and s3 to s2. Starting at s1, what is the probability that we end up back at s1 after 2 steps of simulated annealing? Assume that we follow a temperature schedule of [10, 5, 1].Next state is chosen uniformly at random whenever there are multiple possibilities. Round answer to 3 digits after decimal point.
delta 1 & delta 2 are obtained using random number generator. For more details on random number generation, please watch Lecture-36 on Simulated Annealing (Part 2) available in this playlist of mine.
Sir, the discussion is best.
do you know how we get that delta 1 and delta 2
Sir Can You solve below Problem Please:
Consider a state space having 3 states: s1, s2 and s3. The value of each state is V(s1) = 0, V(s2) = 4, V(s3) = 2. There can be transitions from s1 to s2, s2 to s1 and s3, and s3 to s2. Starting at s1, what is the probability that we end up back at s1 after 2 steps of simulated annealing? Assume that we follow a temperature schedule of [10, 5, 1].Next state is chosen uniformly at random whenever there are multiple possibilities.
Round answer to 3 digits after decimal point.
how we get that delta 1 and delta 2
delta 1 & delta 2 are obtained using random number generator. For more details on random number generation, please watch Lecture-36 on Simulated Annealing (Part 2) available in this playlist of mine.
thank you very much sir, I follw you from algeria.
I need a help about hybrid protocol FA and SA algorithms.
Most welcome
The book name u follow
Deb, Kalyanmoy (2012) Optimization for Engineering Design : Algorithms and Examples, PHI, 2nd ed, New Delhi, ISBN: 81-203-0943-X