Stochastic Search Methods for Global Optimization
Zelda B. Zabinsky
Abstract
Zelda B. Zabinsky
Abstract
Abstract Stochastic search methods, also known as random search algorithms, are popular for ill‐structured global optimization problems because they are straightforward to implement and usually find a relatively good solution quickly. These algorithms have been inspired by physics, such as simulated annealing and interacting particle algorithms, as well as by biology, including genetic algorithms, evolutionary programming, particle swarm, and ant colony optimization. This article highlights the use of a Markov chain Monte Carlo sampling method called Hit‐and‐Run in random search algorithms for global optimization.
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Abstract Stochastic search methods, also known as random search algorithms, are popular for ill‐structured global optimization problems because they are straightforward to implement and usually find a relatively good solution quickly. These algorithms have been inspired by physics, such as simulated annealing and interacting particle algorithms, as well as by biology, including genetic algorithms, evolutionary programming, particle swarm, and ant colony optimization. This article highlights the use of a Markov chain Monte Carlo sampling method called Hit‐and‐Run in random search algorithms for global optimization.
Key concepts: Simulated annealing, Metaheuristic, Random search, Mathematical optimization, Computer science, Global optimization, Ant colony optimization algorithms, Particle swarm optimization