TY - UNPB
T1 - Inverse maximum theorems and some consequences
AU - Cotrina, John
AU - Fierro, Raúl
PY - 2022/8/9
Y1 - 2022/8/9
N2 - We deal with inverse maximum theorems, which are inspired by the ones given by Aoyama, Komiya, Li et al., Park and Komiya, and Yamauchi. As a consequence of our results, we state and prove an inverse maximum Nash theorem and show that any generalized Nash game can be reduced to a classical Nash game, under suitable assumptions. Additionally, we show that a result by Arrow and Debreu, on the existence of solutions for generalized Nash games, is actually equivalent to the one given by Debreu-Fan-Glicksberg for classical Nash games, which in turn is equivalent to Kakutani-Fan-Glisckberg's fixed point theorem.
AB - We deal with inverse maximum theorems, which are inspired by the ones given by Aoyama, Komiya, Li et al., Park and Komiya, and Yamauchi. As a consequence of our results, we state and prove an inverse maximum Nash theorem and show that any generalized Nash game can be reduced to a classical Nash game, under suitable assumptions. Additionally, we show that a result by Arrow and Debreu, on the existence of solutions for generalized Nash games, is actually equivalent to the one given by Debreu-Fan-Glicksberg for classical Nash games, which in turn is equivalent to Kakutani-Fan-Glisckberg's fixed point theorem.
KW - Inverse maximum theorem
KW - Berge's maximum theorem
KW - Generalized Nash game
KW - Kakutani’s fixed point theorem
U2 - 10.48550/arXiv.2201.13136
DO - 10.48550/arXiv.2201.13136
M3 - Working paper
BT - Inverse maximum theorems and some consequences
PB - Cornell University
ER -