Titlebook: Applied Simulated Annealing; René V. V. Vidal (Professor in Operations Research Book 1993 Springer-Verlag Berlin Heidelberg 1993 Addition.

EWER

,Optimal Partition of an Interval — The Discrete Version,lem. We have implemented two general approaches to solve this problem: simulated annealing and dynamic programming. Extensive tests and numerical experiences will be reported. A well-known problem of optimal choice of sizes has been used as a case-study.

艱苦地移動

非實(shí)體

有特色

Crohns-disease

https://doi.org/10.1007/978-94-007-7122-2technique. We compare its results with those obtained with a classical Lagrangian relaxation algorithm. Lastly, we briefly describe a practical operational study: the optimization of the “Fran?aise des Jeux” network having more than ten thousand terminals.

Chandelier

Wing Yin Mo,Yu Bon Man,Ming Hung Wongm will be discussed. The first system has been implemented in a main frame while the second one has been implemented in a PC-environment. A central element in the problem solving process is the simulated annealing algorithm. The implemented heuristic am proaches will be described. Finally, our numerical experiences will be shortly reported.

凝視

Shikui Dong,Nakul Chettri,Eklabya Sharmae configurations. A (practical) way to solve the problem is to use the simulated annealing algorithm. Due to the lattice structure of an image it is possible to increase the speed of the annealing and some methods are discussed. Finally two examples are shown.

實(shí)現(xiàn)

急性

冒號

Using Simulated annealing to solve concentrator location problems in telecommunication networks,technique. We compare its results with those obtained with a classical Lagrangian relaxation algorithm. Lastly, we briefly describe a practical operational study: the optimization of the “Fran?aise des Jeux” network having more than ten thousand terminals.