173 eng Schultz, Rüdiger Solving stochastic programs with integer recourse by enumeration : A framework using Gröbner basis reductions In this paper we present a framework for solving stochastic programs with complete integer recourse and discretely distributed right-hand side vector, using Gröbner basis methods from computational algebra to solve the numerous second-stage integer programs. Using structural properties of the expected integer recourse function, we prove that under mild conditions an optimal solution is contained in a finite set. Furthermore, we present a basic scheme to enumerate this set and suggest improvements to reduce the number of function evaluations needed.. Article de fons. Stochastic programming Integer recourse Algorithm Gröbner basis Article Stougie, Leen van der Vlerk, Maarten H. Elsevier vol. 83 n. 2 (1998) p. 229-252 83:2<229 Mathematical Programming 0025-5610 00255610v83n2p229 229 252 10 2 83 00255610v83n2 1998 ARTPUB info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion http://ddd.uab.cat/uab/matpro/00255610v83n2p229.pdf 24 1116878