Social forces for team coordination in ball possession game

Area of Science:

• Human behavioral science
• Sports science
• Collective motion dynamics

Background:

• Team coordination is a fundamental human trait vital for group success in various communities.
• Effective teamwork relies on cultivating specific social skills that enhance coordinated actions.
• Understanding these skills is crucial for optimizing performance in team-based activities like sports.

Purpose of the Study:

• To identify indispensable social skills for team coordination in a soccer ball possession game.
• To model and analyze the synchronized motion of offensive players during this task.
• To investigate the role of perception skills in achieving harmonized collective movement.

Main Methods:

• Development of a simplified social force model to simulate synchronized offensive player movement.
• Comparison of simulation outcomes with experimental observations of soccer players.
• Creation of an experimental tool to enhance players' perception of interpersonal distance.

Main Results:

• The cooperative social force, representing perception skill, was identified as the most critical factor in replicating the collective motion of experienced players.
• Simulations incorporating this force accurately reproduced observed harmonized collective motion.
• The experimental tool significantly improved novice players' coordination, mimicking the effect of the cooperative social force.

Conclusions:

• Perception skills, quantified as cooperative social force, are paramount for achieving synchronized team movement in soccer.
• The developed social force model effectively captures essential dynamics of collective motion in sports.
• Interventions aimed at enhancing interpersonal distance perception can improve team coordination, particularly for novice individuals.