Athlete-environment interactions are crucial factors in understanding the regulation of exercise intensity in head-to-head competitions. Previously, we have proposed a framework based on the interdependence of perception and action, which allows us to explore athletic behavior in the more complex pacing situations occurring when athletes need to respond to actions of their opponents. In the pre...

Opponents: prof.

Interactions in multiagent systems are generally more complicated than single agent ones. Game theory provides solutions on how to act in multiple agent scenarios; however, it assumes that all agents will act rationally. Moreover, some works also assume the opponent will use a stationary strategy. These assumptions usually do not hold in real world scenarios where agents have limited capacities...

We fix the status quo (Q) and one of the bilateral bargaining agents to examine how shifting the opponent’s ideal point away from Q in a unidimensional space affects the Nash (NS) and the Kalai-Smorodinsky (KS) bargaining solutions. As anticipated, the bargainer whose ideal point is farthest from Q prefers an opponent whose ideal is closest to his own. On the other hand, the ranking of opponent...