Stackelberg competition

GPTKB entity

Statements (52)
Predicate Object
gptkbp:instanceOf gptkb:economic_policy
gptkbp:analyzes reaction functions
gptkbp:appliesTo oligopoly
gptkbp:assumes imperfect competition
barriers to entry
profit maximization
complete information
static game
homogeneous products
no collusion
sequential moves
rational players
simultaneous price setting not allowed
gptkbp:contrastsWith gptkb:Cournot_competition
gptkb:Bertrand_competition
gptkbp:describes strategic interaction between firms
gptkbp:example automobile industry
energy markets
telecommunications industry
airline industry
gptkbp:extendsTo dynamic games
multiple firms
differentiated products
gptkbp:features leader-follower dynamic
gptkbp:field microeconomics
industrial organization
gptkbp:firstDescribed 1934
gptkbp:followerAdvantage reacts to leader's choice
gptkbp:followerFirm chooses output after leader
gptkbp:form backward induction
gptkbp:generalizes Cournot model
https://www.w3.org/2000/01/rdf-schema#label Stackelberg competition
gptkbp:influenced modern industrial organization theory
gptkbp:leaderAdvantage first-mover advantage
gptkbp:leaderFirm chooses output first
gptkbp:limitation assumes perfect information
does not account for collusion
gptkbp:namedAfter Heinrich Freiherr von Stackelberg
gptkbp:relatedTo game theory
market structure
duopoly
gptkbp:result leader earns higher profit than follower
market price lower than Cournot equilibrium
total output higher than Cournot equilibrium
gptkbp:solvedBy subgame perfect Nash equilibrium
gptkbp:studiedIn economics textbooks
gptkbp:usedFor analyzing market power
studying firm strategy
gptkbp:bfsParent gptkb:Cournot_competition
gptkb:Bertrand_competition
gptkb:Subgame_Perfect_Equilibrium
gptkbp:bfsLayer 7