luis-r-izquierdo

standingovation

NetLogo model described by Miller and Page in their paper: Miller, J. H. and S. E. Page (2004). "The standing ovation problem" Complexity 9(5): 8-16.

EvoDyn-3s

A Mathematica computable document to analyse evolutionary dynamics in 3-strategy games

agent-based-evolutionary-game-dynamics

NetLogo models developed in the book "Agent-Based Evolutionary Game Dynamics"

abed-1pop

Agent-Based Evolutionary Dynamics in 1 population

recombranch

NetLogo model of technological transitions designed to explore the dynamics of innovation.

wc-lr-bertrand

NetLogo model designed to analyse the Win-Continue, Lose-Reverse (WC-LR) rule in duopolies with differentiated products where firms compete in prices.

abed

Agent-Based Evolutionary Dynamics

abed-2pop

Agent-Based Evolutionary Dynamics in 2 populations

LeLeLe

NetLogo model designed to analyse the effect of conditional dissociation in the evolutionary emergence of cooperation.

micopro

NetLogo model designed to analyze the consequences of mixing two groups that have different predispositions to adopt a certain trait (or infection)

schelling

Schelling's model of spatial segregation.

3s-RD-selective-assortment

Mathematica notebook created to analyze the replicator dynamics in 3-strategy games under positive and negative selective assortment

bep-3s-sp

Mathematica notebook created to analyze Best Experienced Payoff (BEP) dynamics in 3 strategy games with several players

bep-centipede

Best Experienced Payoff dynamics in the Centipede game

bep-tcg

Mathematica notebook created to analyze Best Experienced Payoff (BEP) dynamics in 3-strategy Tacit Coordination Games (TCG)

centipede-test-two

NetLogo model designed to analyze the "Test two, choose the better" rule in the centipede game.

Cyp-By_fluctPop

NetLogo model designed to analyse the effect of conditional dissociation in the evolutionary emergence of cooperation.

luis-r-izquierdo.github.io

My GitHub page

mathematica-scripts

Short Mathematica notebooks that I will probably use again in the future

mequ

NetLogo model model designed to study the effects of quality uncertainty and incomplete information on market dynamics.

Mixing_models

nBEPA1

Code useful to analyze the nBEPA1 revision protocol. This protocol is a noisy version of the Best Experienced Payoff protocol, where agents test all their strategies and they try each of them only once

nbepa1-socg

NetLogo model designed to analyze the nBEPA1 (noisy Best Experienced Payoff, test All, 1 trial) protocol in Single Optimum Coordination Games

nbepa1-socg-nw

NetLogo model designed to analyze the nBEPA1 (noisy Best Experienced Payoff, test All, 1 trial) protocol in Single Optimum Coordination Games, played in networks

pair-approximation

Mathematica notebook created to solve the pair approximation for 2x2 symmetric games on regular networks (see chapter III-5 of the book "Agent-based Evolutionary Game Dynamics")

random-walk

NetLogo model designed to illustrate the usefulness of the theory of Markov chains to analyse computer models.

reinforcement-learning-2x2

NetLogo model where two reinforcement learners play a 2x2 game.

SBR-TCG

Mathematica notebook created to analyze Sampling Best Response (SBR) dynamics in 3-strategy Tacit Coordination Games (TCG)

schelling-sakoda-refuting-machine

NetLogo implementation of Schelling-Sakoda model of spatial segregation

wc-lr-cournot

NetLogo model designed to analyse the Win-Continue, Lose-Reverse (WC-LR) rule in Cournot oligopolies.