Games and Economic Behavior: Impact Factor:

In collaboration with Isabelle Brocas and Juan Carrillo, it was announced in the Journal of Economic Behavior and Organization in 2018.

To study self recognition in time recognition and to collect self-evaluation of performance, we use three production tasks with different reward structure. Participants have monetary rewards to determine the actual time of the first (baseline) task, the real time of the second task, the real time of the third task or more. Participants overestimated the timing of all tasks but reacted incentives correctly. The second task reduced the estimate and the third task increased the budget. The participants' self-assessment in the baseline task is consistent with their time-conscious prejudice, and their behavior in other tasks is consistent with their (correct) belief. Estimation of self-recognition is inadequate, estimation of overestimation of self-recognition is significantly lower in the second task, and their estimation is significantly reduced in the third task.

Brocas, Isabelle, Juan D. Carrillo, Jorge Tarrasó. "Self-recognition in time recognition." Journal of economic behavior and organization 148 (2018): 1-19

City sincerity: evidence from order-reciprocity theory of taxi market in Mexico City

Laboratory evidence on trust games includes more collaborations than traditional economic theory predicts. On the contrary, sin 's hatred and reciprocity may promote action. Do these insights also apply to field setting? We will explore places where we can control play and reputation (lack of reputation) (place like a lab). It is a taxi driver of Mexico City. In baseline treatment, I asked to mark a taxi at point A and deliver the parcel at point B and make a prepayment. Based on the results of this baseline, our research strategy coordinates follow-up treatment

In this article, we introduce the partition task problem class and the complexity metrics used to evaluate those instances, and the performance metrics used to quantify the capabilities of the system to solve them. Through simulation we explore some of the potential uses of these concepts and emphasize the usefulness in a strategic design scenario that needs to determine the optimal number of elements within a partition or the optimal size of elements within a partition Here are some examples as examples.

Eesponda, Fernando, Matías Vera-Cruz, Jorge Tarrasó, and Marco Morales. "Complexity of partitioning task" complexity, no. 1 (2010): 56 to 64

Computational Amount: Influence Factor: 514 ISI Ranking 2015: 5/101 Mathematics, cross-cutting application

As a method of applied mathematics, game theory has been used to study the behavior of various humans and animals. Originally it was developed in economics to understand numerous economic behaviors such as enterprise, market, consumer behavior. The first use of game theory analysis was by Antoine Augustin Courneau in 1838 due to his solution to Cournot police. Application of game theory in social science is expanding and game theory has been applied to political, sociological and psychological behaviors.

Game theory usually refers to the study of mathematical models describing the behavior of logical decision makers. It is widely used in many fields such as economics, political science, political science, and computer science, and can be used to simulate many real-world scenarios. Generally, a game refers to a situation involving a group of players, each player having a set of possible choices and the results of the individual players being partly dependent on the selection by other players. One of the major types of games in game theory is a simultaneous game in which two players move at the same time (or if they do not move, the latter player does not know the behavior of the previous player and effectively put them together at the same time ). Sequential games are usually represented in the usual form for a game with N players and N possible movements for each player, consisting of N × N matrices, each entry including the revenue of each player It is a tuple.

Understanding the characteristics of players is an important part of game design and it is also important to increase the possibilities of games to have a positive impact on society. Individuality reflecting the definition and characteristics of each individual's behavior is considered to be one of the important factors in understanding the use and effect of video games. While MMORPG is "a treasure trove of personality data", the diversity of player's actions in the game world also provides a unique opportunity to study the relationship between personalities and games.

Relationship between player value system and action in game in large-scale multi-player online role-playing game