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REPLICATOR EQUATION

  • Replicator equation
  • Dynamical system

    In mathematics, the replicator equation is a type of dynamical system used in evolutionary game theory to model how the frequency of strategies in a population

    Replicator equation

    Replicator_equation

  • Replicator
  • Topics referred to by the same term

    Look up replicator in Wiktionary, the free dictionary. Replicator may refer to: Replicator (evolution unit), the theoretical basic unit of evolution in

    Replicator

    Replicator

  • List of equations
  • Functional equation Functional equation (L-function) Constitutive equation Laws of science Defining equation (physical chemistry) List of equations in classical

    List of equations

    List_of_equations

  • Tic-tac-toe
  • Paper-and-pencil game for two players

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Tic-tac-toe

    Tic-tac-toe

    Tic-tac-toe

  • Evolutionary game theory
  • Application of game theory to evolving populations in biology

    the population and how the less fit will be culled, in a replicator equation. The replicator dynamics models heredity but not mutation, and assumes asexual

    Evolutionary game theory

    Evolutionary_game_theory

  • Generalized Lotka–Volterra equation
  • Set of equations

    coefficients, is available, which is based upon equivalence to the 3-type replicator equation. In the case of a single trophic community, the trophic level below

    Generalized Lotka–Volterra equation

    Generalized_Lotka–Volterra_equation

  • Prisoner's dilemma
  • Standard example in game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Prisoner's dilemma

    Prisoner's_dilemma

  • Chicken (game)
  • Model of conflict for two players in game theory

    "anti-property rights" one must discover a way to break this additional symmetry. Replicator dynamics is a simple model of strategy change commonly used in evolutionary

    Chicken (game)

    Chicken_(game)

  • Rock paper scissors
  • Hand game for two players or more

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Rock paper scissors

    Rock paper scissors

    Rock_paper_scissors

  • John von Neumann
  • Hungarian and American mathematician and physicist (1903–1957)

    this work he wrote a paper with A. H. Taub and Veblen extending the Dirac equation to projective relativity, with a key focus on maintaining invariance with

    John von Neumann

    John von Neumann

    John_von_Neumann

  • Price equation
  • Description of how a trait or gene changes in frequency over time

    the second term is zero, we get the replicator equation, which is the continuous analogue of the simple Price equation below. When the characteristic values

    Price equation

    Price_equation

  • Paradox of tolerance
  • Logical paradox in decision-making theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Paradox of tolerance

    Paradox of tolerance

    Paradox_of_tolerance

  • Nash equilibrium
  • Solution concept of a non-cooperative game

    strategy of a particular player should be 1. This creates a system of equations from which the probabilities of choosing each strategy can be derived

    Nash equilibrium

    Nash_equilibrium

  • Replicator (Star Trek)
  • Fictional machine in the Star Trek universe

    </noinclude> In Star Trek, a replicator is a machine that can create (and recycle) things. Replicators were originally seen to simply synthesize meals

    Replicator (Star Trek)

    Replicator (Star Trek)

    Replicator_(Star_Trek)

  • Game theory
  • Mathematical models of strategic interactions

    rule explains the evolutionary rationale behind this selection with the equation c < b × r, where the cost c to the altruist must be less than the benefit

    Game theory

    Game_theory

  • Cournot competition
  • Economic model

    {\displaystyle m_{1}} of the first equation is necessarily greater than the root m 2 {\displaystyle m_{2}} of the second equation. We have seen that Cournot's

    Cournot competition

    Cournot_competition

  • Daniel Kahneman
  • Israeli-American psychologist and economist (1934–2024)

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Daniel Kahneman

    Daniel Kahneman

    Daniel_Kahneman

  • Solving chess
  • Finding an optimal algorithm for playing chess

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Solving chess

    Solving_chess

  • Pareto efficiency
  • Weakly optimal allocation of resources

    ui(s) for every player i and uj(s′) > uj(s) for some player j. In this equation, u represents the utility or benefit and j represents the player. Efficiency

    Pareto efficiency

    Pareto_efficiency

  • Minimax
  • Decision rule used for minimizing the possible loss for a worst-case scenario

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Minimax

    Minimax

  • Evolutionarily stable state
  • Condition where selection restores genetic composition

    the replicator equation is also a frequently utilized tool. Evolutionarily stable states are often taken as solutions to the replicator equation, here

    Evolutionarily stable state

    Evolutionarily_stable_state

  • Appeasement
  • Diplomatic policy of concessions

    to defend Czechoslovakia in the event of war and the exclusion from the equation of the Soviet Union, which Chamberlain distrusted, meant that the outcome

    Appeasement

    Appeasement

    Appeasement

  • Arrow's impossibility theorem
  • Proof all ranked voting rules have spoilers

    feelings-to-actions relationship takes a generic form, is consistently replicable, and is fairly close to linear in structure. Therefore, it seems that

    Arrow's impossibility theorem

    Arrow's_impossibility_theorem

  • Tragedy of the commons
  • Overuse of a shared resource

    destruction of the file in the digital environment, and because it can be replicated and disseminated throughout the digital environment. However, it can still

    Tragedy of the commons

    Tragedy of the commons

    Tragedy_of_the_commons

  • Conflict resolution
  • Facilitating a peaceful outcome to a dispute

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Conflict resolution

    Conflict_resolution

  • Aumann's agreement theorem
  • Theorem in game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Aumann's agreement theorem

    Aumann's_agreement_theorem

  • Alpha–beta pruning
  • Search algorithm

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Alpha–beta pruning

    Alpha–beta_pruning

  • Tit for tat
  • English saying meaning "equivalent retaliation"

    An agent using this strategy will first cooperate, then subsequently replicate an opponent's previous action. If the opponent previously was cooperative

    Tit for tat

    Tit for tat

    Tit_for_tat

  • Homo economicus
  • Model of humans as rational, self-interested agents

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Homo economicus

    Homo_economicus

  • Deterrence theory
  • Military strategy during the Cold War with regard to the use of nuclear weapons

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Deterrence theory

    Deterrence theory

    Deterrence_theory

  • Solved game
  • Game whose outcome can be correctly predicted

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Solved game

    Solved_game

  • Immanuel Bomze
  • Austrian mathematician

    (generalized Lotka–Volterra equation) on the plane, employing equivalence of this dynamics to the 3-type replicator equation. In “Non-cooperative two-person

    Immanuel Bomze

    Immanuel_Bomze

  • Competitive Lotka–Volterra equations
  • Model of multi-species population dynamics

    coefficients, is available, which is based upon equivalence to the 3-type replicator equation. This model can be generalized to any number of species competing

    Competitive Lotka–Volterra equations

    Competitive_Lotka–Volterra_equations

  • Hypercycle (chemistry)
  • Cyclic sequence of self-reproducing single cycles

    all essential information. The hypercycle is a special case of the replicator equation. The most important properties of hypercycles are autocatalytic growth

    Hypercycle (chemistry)

    Hypercycle (chemistry)

    Hypercycle_(chemistry)

  • Mechanism design
  • Field of economics and game theory

    \theta } the control. As usual in optimal control the costate evolution equation must satisfy ∂ ν ∂ θ = − ∂ H ∂ x = − ( ∂ V ∂ x ( x , θ ) − 1 − P ( θ )

    Mechanism design

    Mechanism design

    Mechanism_design

  • Chopsticks (hand game)
  • Hand game for two or more players

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Chopsticks (hand game)

    Chopsticks (hand game)

    Chopsticks_(hand_game)

  • Zero-sum game
  • Situation where total gains match total losses

    by using a change of variables that puts it in the form of the above equations and thus such games are equivalent to linear programs, in general. If

    Zero-sum game

    Zero-sum_game

  • Cooperative bargaining
  • Problem in process of sharing surplus

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Cooperative bargaining

    Cooperative_bargaining

  • Bounded rationality
  • Making of satisfactory, not optimal, decisions

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Bounded rationality

    Bounded_rationality

  • Strategic move
  • stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Strategic move

    Strategic_move

  • Trigger strategy
  • Class of strategies employed in a repeated non-cooperative game

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Trigger strategy

    Trigger_strategy

  • Shapley value
  • Concept in game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Shapley value

    Shapley value

    Shapley_value

  • Ultimatum game
  • Game in economic experiments

    behavior in the ultimatum game. Simple evolutionary models, e.g. the replicator dynamics, cannot account for the evolution of fair proposals or for rejections

    Ultimatum game

    Ultimatum game

    Ultimatum_game

  • Peace and conflict studies
  • Field in social science

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Peace and conflict studies

    Peace and conflict studies

    Peace_and_conflict_studies

  • Stable matching problem
  • Pairing where no unchosen pair prefers each other over their choice

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Stable matching problem

    Stable_matching_problem

  • Strategy (game theory)
  • Complete plan on how a game player will behave in every possible game situation

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Strategy (game theory)

    Strategy_(game_theory)

  • Amos Tversky
  • Israeli psychologist (1937–1996)

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Amos Tversky

    Amos_Tversky

  • Airport problem
  • Problem in game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Airport problem

    Airport_problem

  • Cooperative game theory
  • Game where groups of players may enforce cooperative behaviour

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Cooperative game theory

    Cooperative_game_theory

  • Asynchrony (game theory)
  • stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Asynchrony (game theory)

    Asynchrony_(game_theory)

  • Two-level game theory
  • Political model of international conflict resolution

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Two-level game theory

    Two-level game theory

    Two-level_game_theory

  • Winner's curse
  • Tendency to overestimate in auctions

    report an effect size much larger than is likely to be seen in subsequent replication studies. Selection bias – Bias in a statistical analysis due to non-random

    Winner's curse

    Winner's curse

    Winner's_curse

  • Stag hunt
  • Conflict between safety and cooperation

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Stag hunt

    Stag_hunt

  • Markov strategy
  • Strategy which only depends on the current state of a game

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Markov strategy

    Markov_strategy

  • Move by nature
  • Term in game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Move by nature

    Move by nature

    Move_by_nature

  • Implementation theory
  • stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Implementation theory

    Implementation_theory

  • Hierarchy of beliefs
  • Mathematical construct in game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Hierarchy of beliefs

    Hierarchy_of_beliefs

  • Fictitious play
  • stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Fictitious play

    Fictitious_play

  • Perfect information
  • Condition in economics and game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Perfect information

    Perfect information

    Perfect_information

  • Bid shading
  • Bidding less than an item is worth in an auction

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Bid shading

    Bid_shading

  • Battle of the sexes (game theory)
  • Two-player coordination game in game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Battle of the sexes (game theory)

    Battle_of_the_sexes_(game_theory)

  • Escalation of commitment
  • Human behavior pattern in which the participant takes on increasing risk

    Planck's principle – Principle that scientific change is generational Replication crisis – Observed inability to reproduce scientific studies Sunk cost –

    Escalation of commitment

    Escalation_of_commitment

  • Aspiration window
  • Search heuristic for combinatorial games

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Aspiration window

    Aspiration_window

  • Focal point (game theory)
  • Concept in game theory

    natural "focal point". Later, Schelling's informal experiments have been replicated under controlled conditions with monetary incentives by Judith Mehta.

    Focal point (game theory)

    Focal_point_(game_theory)

  • Conflict escalation
  • Concept in conflict studies

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Conflict escalation

    Conflict_escalation

  • Separating equilibrium
  • Type of perfect Bayesian equilibrium

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Separating equilibrium

    Separating_equilibrium

  • Mean-field game theory
  • Study of strategic decision making

    Hamilton-Jacobi-Bellman equation is the Bellman equation, and the discrete version of the Fokker-Planck equation is the Kolmogorov equation. Specifically, for

    Mean-field game theory

    Mean-field_game_theory

  • Wait/walk dilemma
  • Problem about bus travel

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Wait/walk dilemma

    Wait/walk dilemma

    Wait/walk_dilemma

  • Common knowledge (logic)
  • Statement that players know and also know that other players know (ad infinitum)

    Intuitively, common knowledge is thought of as the fixed point of the "equation" C G φ = [ φ ∧ E G ( C G φ ) ] = E G ℵ 0 φ {\displaystyle C_{G}\varphi

    Common knowledge (logic)

    Common_knowledge_(logic)

  • Lewis signaling game
  • Type of signaling game

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Lewis signaling game

    Lewis signaling game

    Lewis_signaling_game

  • Peace war game
  • Iterated game for peace and conflict studies

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Peace war game

    Peace_war_game

  • No-win situation
  • Situation where all parties are worse off

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    No-win situation

    No-win_situation

  • List of games in game theory
  • stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    List of games in game theory

    List_of_games_in_game_theory

  • Coalition-proof Nash equilibrium
  • stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Coalition-proof Nash equilibrium

    Coalition-proof_Nash_equilibrium

  • Normal-form game
  • Representation of a game in game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Normal-form game

    Normal-form_game

  • Moving-knife procedure
  • Solution to the fair division problem

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Moving-knife procedure

    Moving-knife_procedure

  • Markov perfect equilibrium
  • Concept in game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Markov perfect equilibrium

    Markov_perfect_equilibrium

  • John Harsanyi
  • Hungarian-American economist and philosopher (1920–2000)

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    John Harsanyi

    John_Harsanyi

  • Robert Aumann
  • Israeli-American mathematician (born 1930)

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Robert Aumann

    Robert Aumann

    Robert_Aumann

  • Bayes correlated equilibrium
  • Solution concept in Game Theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Bayes correlated equilibrium

    Bayes_correlated_equilibrium

  • Volunteer's dilemma
  • Game theory case weighing own/others' sacrifice

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Volunteer's dilemma

    Volunteer's_dilemma

  • Unscrupulous diner's dilemma
  • Game theory dilemma

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Unscrupulous diner's dilemma

    Unscrupulous_diner's_dilemma

  • Cheap talk
  • Game-theoretic concept

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Cheap talk

    Cheap_talk

  • Merrill M. Flood
  • American mathematician (1908-1991)

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Merrill M. Flood

    Merrill_M._Flood

  • Uncorrelated asymmetry
  • stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Uncorrelated asymmetry

    Uncorrelated_asymmetry

  • Blotto game
  • Resource distribution game

    Play and Integral Equations with Skew Symmetric Kernels (1953 translation from the French paper "La théorie du jeu et les équations intégrales à noyau

    Blotto game

    Blotto_game

  • Game complexity
  • Notion in combinatorial game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Game complexity

    Game_complexity

  • Revelation principle
  • Principle in economics and game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Revelation principle

    Revelation_principle

  • Combinatorial game theory
  • Branch of game theory about two-player sequential games with perfect information

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Combinatorial game theory

    Combinatorial game theory

    Combinatorial_game_theory

  • Dollar auction
  • Game illustrating paradox in rational choice theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Dollar auction

    Dollar_auction

  • Complete information
  • Level of information in economics and game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Complete information

    Complete information

    Complete_information

  • Subgame
  • Subset of a game; used in game theory

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Subgame

    Subgame

  • Grim trigger
  • Trigger strategy

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Grim trigger

    Grim_trigger

  • Intransitive game
  • Zero-sum game where competitions between strategies contain a cycle

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Intransitive game

    Intransitive_game

  • Glossary of game theory
  • stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Glossary of game theory

    Glossary_of_game_theory

  • Sequential game
  • Class of games where players choose their actions sequentially

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Sequential game

    Sequential game

    Sequential_game

  • Electronic mail game
  • Incomplete-information coordination game

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Electronic mail game

    Electronic_mail_game

  • David K. Levine
  • American economist

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    David K. Levine

    David_K._Levine

  • Paul Milgrom
  • American economist (born 1948)

    and Roberts suggested that this is why businesses had been unable to replicate Lincoln Electric's performance incentive system because the classic piece

    Paul Milgrom

    Paul Milgrom

    Paul_Milgrom

  • Correlated equilibrium
  • Game theory solution

    stable set Evolutionarily stable state Evolutionarily stable strategy Replicator equation Risk dominance Stochastically stable equilibrium Weak evolutionarily

    Correlated equilibrium

    Correlated_equilibrium

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Online names & meanings

  • GEDALIA
  • Male

    English

    GEDALIA

    Variant spelling of English Gedaliah, GEDALIA means "God is great."

  • Raghib
  • Boy/Male

    Arabic, French, Hindu, Indian, Muslim, Sindhi, Turkish

    Raghib

    Desirous; Willing; Desiring

  • Tejasvini
  • Girl/Female

    Hindu

    Tejasvini

    Lustrous or bright or radiant or intelligent, Brave, Powerful

  • Merritt
  • Girl/Female

    British, English, Latin

    Merritt

    Little Famous One

  • Biswath | பீஸ்வாத
  • Boy/Male

    Tamil

    Biswath | பீஸ்வாத

  • Abhinatha | அபீநாதா
  • Boy/Male

    Tamil

    Abhinatha | அபீநாதா

    Lord of desires, Another name of Kama

  • Autumm
  • Girl/Female

    British, English

    Autumm

    A Season

  • Akers
  • Surname or Lastname

    English, Dutch, and Jewish (Ashkenazic)

    Akers

    English, Dutch, and Jewish (Ashkenazic) : topographic name for someone living by a piece of arable land, from the plural or genitive singular of Middle English aker ‘acre’, i.e. arable land.

  • Bainbridge
  • Boy/Male

    British, English, Gaelic, Irish

    Bainbridge

    Pale Bridge

  • Antioch
  • Biblical

    Antioch

    speedy as a chariot

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Other words and meanings similar to

REPLICATOR EQUATION

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REPLICATOR EQUATION

  • Transformation
  • n.

    The change, as of an equation or quantity, into another form without altering the value.

  • Transposition
  • n.

    The bringing of any term of an equation from one side over to the other without destroying the equation.

  • Replication
  • n.

    An answer; a reply.

  • Replicate
  • v. t.

    To reply.

  • Replication
  • n.

    The reply of the plaintiff, in matters of fact, to the defendant's plea.

  • Replication
  • n.

    Return or repercussion, as of sound; echo.

  • Solution
  • n.

    The act of solving, or the state of being solved; the disentanglement of any intricate problem or difficult question; explanation; clearing up; -- used especially in mathematics, either of the process of solving an equation or problem, or the result of the process.

  • Avoid
  • a.

    To defeat or evade; to invalidate. Thus, in a replication, the plaintiff may deny the defendant's plea, or confess it, and avoid it by stating new matter.

  • Replicated
  • a.

    Folded over or backward; folded back upon itself; as, a replicate leaf or petal; a replicate margin of a shell.

  • Rejoinder
  • n.

    The defendant's answer to the plaintiff's replication.

  • Equation
  • n.

    An expression of the condition of equality between two algebraic quantities or sets of quantities, the sign = being placed between them; as, a binomial equation; a quadratic equation; an algebraic equation; a transcendental equation; an exponential equation; a logarithmic equation; a differential equation, etc.

  • Sinusoid
  • n.

    The curve whose ordinates are proportional to the sines of the abscissas, the equation of the curve being y = a sin x. It is also called the curve of sines.

  • Transpose
  • v. t.

    To bring, as any term of an equation, from one side over to the other, without destroying the equation; thus, if a + b = c, and we make a = c - b, then b is said to be transposed.

  • Identity
  • n.

    An identical equation.

  • Replicate
  • a.

    Alt. of Replicated

  • Explicator
  • n.

    One who unfolds or explains; an expounder; an explainer.

  • Variable
  • n.

    A quantity which may increase or decrease; a quantity which admits of an infinite number of values in the same expression; a variable quantity; as, in the equation x2 - y2 = R2, x and y are variables.

  • Replication
  • n.

    A repetition; a copy.

  • Menstrual
  • a.

    Recurring once a month; monthly; gone through in a month; as, the menstrual revolution of the moon; pertaining to monthly changes; as, the menstrual equation of the sun's place.

  • Rejoin
  • v. i.

    To answer, as the defendant to the plaintiff's replication.