Algebraic solutions to multidimensional minimax location problems with Chebyshev distance

Multidimensional minimax single facility location problems with Chebyshev distance are examined within the framework of idempotent algebra. A new algebraic solution based on an extremal property of the eigenvalues of irreducible matrices is given. The solution reduces both unconstrained and constrained location problems to evaluation of the eigenvalue and eigenvectors of an appropriate matrix. Key-Words: Single facility location problem, Chebyshev distance, Idempotent semifield, Eigenvalue, Eigenvector