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Exact(12)
Using as proposal density result in acceptance probability parameter = 1, and therefore the proposed move is accepted in all iterations.
The higher the temperature, the greater chance of wrong-way move is accepted.
And the worse the bad move is, the lesser chance of wrong-way move is accepted.
The probability that a bad move is accepted is based on a temperature and the degree of badness.
A translation move is to give a particle a random translation, and the move is accepted or rejected based on the energy difference.
If the opponent moves, the illegal move is accepted and without penalty.
Similar(47)
Assuming the objective is to maximize some function, the probability of a bad move being accepted can be computed using the following formula: P = e ‒ ΔE T, (6).
Changes were accepted or rejected according to the Metropolis criteria [33], [34], i.e. a move
This move was accepted conform the Metropolis probability, P a c c = min [ 1, e − Δ ℋ s i m / k B T ], with Δ ℋ s i m the energy difference, k B the Boltzmann constant, and T the temperature.
If q < P move, the movement is accepted, and the algorithm continues to the jump procedure.
By random displacement, we can determine the accuracy of the algorithm in small displacement; all moves are acceptable, but in huge cases, only the small moves are accepted.
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