Solving the Maximally Balanced Connected Partition Problem in Graphs by Using Genetic Algorithm

In: Computing and Informatics, vol. 27, no. 3

B. Djurić - J. Kratica - D. Tošić - V. Filipović

Detaily:

Rok, strany: 2008, 341 - 354

Kľúčové slová:

Balanced partitions, evolutionary computation, metaheuristics, combinatorial optimization

O článku:

This paper exposes a research of the NP-hard Maximally Balanced Connected Partition problem (MBCP). The proposed solution comprises of a genetic algorithm (GA) that uses: binary representation, fine-grained tournament selection, one-point crossover, simple mutation with frozen genes and caching technique. In cases of unconnected partitions, penalty functions are successfully applied in order to obtain the feasible individuals. The effectiveness of presented approach is demonstrated on the grid graph instances and on random instances with up to 300 vertices and 2 000 edges.

Ako citovať:

ISO 690:

Djurić, B., Kratica, J., Tošić, D., Filipović, V. 2008. Solving the Maximally Balanced Connected Partition Problem in Graphs by Using Genetic Algorithm. In Computing and Informatics, vol. 27, no.3, pp. 341-354. 1335-9150.

APA:

Djurić, B., Kratica, J., Tošić, D., Filipović, V. (2008). Solving the Maximally Balanced Connected Partition Problem in Graphs by Using Genetic Algorithm. Computing and Informatics, 27(3), 341-354. 1335-9150.