= = A wheel Wn = (V, E) is a graph defined by V = {vo, V1, ..., Vn} and E = {(vo, Vi): i = 1, n} U{(Vi, Vitl): i = 1, ..
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= = A wheel Wn = (V, E) is a graph defined by V = {vo, V1, ..., Vn} and E = {(vo, Vi): i = 1, n} U{(Vi, Vitl): i = 1, ..
= = A wheel Wn = (V, E) is a graph defined by V = {vo, V1, ..., Vn} and E = {(vo, Vi): i = 1, n} U{(Vi, Vitl): i = 1, ..., n - 1} U{(Vn, v,)}. Let P = {x E RIEI: (xe: e contains node \v) = 2 for all v EV, 0 < xe s 1 for all e EE. i) Find the dimension of P. ii) Show that the inequalities x, 20 are redundant. iii) Show that the inequalities Xę s 1 are redundant for e = (vo, V;) for i = 1, ..., n. iv) Give a minimal representation of P by a system of linear inequalities and equalities. v) Give a representation of P by means of its extreme points. =
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