The working principle of Simulated Annealing is borrowed from metallurgy: A piece of metal is heated (the atoms are given thermal agitation) and then the metal is left to cool slowly. The slow and regular cooling of the metal allows the atoms to slide progressively from their most stable ("minimal energy") positions (rapid cooling would have "frozen" them in whatever position they happened to be at that time).
The resulting structure of the metal is stronger and more stable. By simulating the process of annealing inside a computer program, we are able to find answers to difficult and complex problems. Instead of minimizing the energy of a block of metal or maximizing its strength, the program minimizes or maximizes some objective relevant to the problem at hand.
What our
customers say
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Mr Benno Giuliani |
“We selected SolveIT Software for Integrated Planning of the NCA demand chain as they are experienced in optimising complex and dynamic logistics processes. The NCA coal chain is a key asset in the Xstrata Coal Australia portfolio and is set for significant expansion in coming years. Ensuring we exceed customer expectations through optimisation of value, quality, quantity and cost of XCQ’s coal products is our primary goal, and logistics optimisation initiatives across our systems landscape is a key driver for improved commercial and operational outcomes.”
Transport and Logistics Manager
Xstrata Coal
Xstrata Coal