CONFORTI, Michele; DI SUMMA, Marco; WOLSEY, Laurence - Center for Operations Research and Econometrics (CORE), … - 2005
We consider here the mixing set with flows: s + xt = bt, xt = yt for 1 = t = n; s [belongs] R+exp.1+, ˙ [belongs] R+exp.n, y [belongs] Z+exp.n. It models the "flow version" of the basic mixing set introduced and studied by Gunluk and Pochet, as well as the most simple stochastic lot-sizing...
