
doi: 10.3982/te4305
handle: 10419/253532
We provide sufficient conditions for a monotone function with a finite set of outcomes to be cyclically monotone. Using these conditions, we show that any monotone function defined on the domain of gross substitutes is cyclically monotone. The result also extends to the domain of generalized gross substitutes and complements.
gross substitutes and complements, ddc:330, gross substitutes, homology, Mechanism design theory, mechanism design, Čech types, D82, algebraic topology, monotone, cyclically monotone, nonconvex domain, Monotone, nerve theorem
gross substitutes and complements, ddc:330, gross substitutes, homology, Mechanism design theory, mechanism design, Čech types, D82, algebraic topology, monotone, cyclically monotone, nonconvex domain, Monotone, nerve theorem
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