Administrative toolbar

Agent-based simulation of small group decision-making under no communication

Christopher R Poile
Submitted By: cpoile
Submitted: May 26, 2016
Last Updated: Jun 16, 2016
43 Downloads (6 Downloads in the last 3 months)

This is a computational model of a classic small group study by Alex Bavelas.

In this experiment, Bavelas took five participants, constrained their communication to zero and gave them a group goal: a target number, 17. In round one, the group members individually picked a number (their choice for that round) and submitted their choice in secret to the experimenter. The sum of the choices was the group’s collective guess for the round. If the group did not reach the goal, they were told they were incorrect and given another round.

For example, suppose the five members chose 3, 4, 3, 4, and 4 (for a sum of 18). They would have been given another round. Suppose then they chose 3, 4, 2, 5 and 3 (for a sum of 17). In this case the goal would have been reached in two rounds. The experiment was designed to study group decision making ability under different conditions of information.

We chose to build a computational model of the “no communication” condition of this experiment. With no communication, the participants could be modeled as simple decision-making agents. A game runner would collect the agent guesses, sum the answer, and start a new round if the group failed to meet its goal.

The output of the simulation for one game was the number of rounds it took to reach the target. If the simulation was run 10 times (10 runs) there would be 10 data points representing the simulation’s output distribution, which could then be compared to a target output distribution.

Cite This Model:
Poile, Christopher R (2016, May 26). "Agent-based simulation of small group decision-making under no communication" (Version 1). CoMSES Computational Model Library. Retrieved from: https://www.openabm.org/model/5043/version/1
 
Model Version: 1 [Latest]
Version Notes:

Platform:
Programming Language: C++
Operating System: Platform Independent
Licensed Under: Academic Free License 3.0
Instructions on Running This Model:

Community Comments

No comments have been posted yet for this version. You must be logged in to post a comment: Log In.

entropicity