This chapter discusses the problem of agent aiding of ad-hoc, decentralized human teams so as to improve team performance on time-stressed group tasks. To see how human teams rise to the challenge, we analyze the communication patterns of teams performing a collaborative search task that recreates some of the cognitive difficulties faced by teams during search and rescue operations. Our experiments show that the communication patterns of successful decentralized ad-hoc teams performing a version of the task that requires tight coordination differ both from the teams that are less successful at task completion and from teams performing a loosely coupled version of the same task. We conclude by discussing: (1) what lessons can be derived, fro...
Building a robust and effective human-agent team is diffi-cult, as teams can fail for many reasons. ...
In this work, we describe how agents can take advantage of synergies among each other and increase t...
There are several applications in which humans and agents jointly perform a task. If the task involv...
This chapter discusses the problem of agent aiding of ad-hoc, decentralized human teams so as to imp...
This paper is the first step in our research plan towards addressing the fundamental question of how...
This paper is the first step in our research plan towards addressing the fundamental question of how...
This paper is the first step in our research plan towards addressing the fundamental question of how...
This paper is the first step in our research plan towards addressing the fundamental question of how...
Abstract—This paper is the first step in our research plan towards addressing the fundamental questi...
In this paper, we describe results of a series of experiments investigating the effects of agent aid...
In this paper, we present an interface agent, MokSAF, which facilitates time-critical team-planning ...
In this paper, we present an interface agent, MokSAF, which facilitates time-critical team-planning ...
In this paper, we present an interface agent, MokSAF, which facilitates time-critical team-planning ...
In this paper, we present an interface agent, MokSAF, which facilitates time-critical team-planning ...
Building a robust and effective human-agent team is diffi-cult, as teams can fail for many reasons. ...
Building a robust and effective human-agent team is diffi-cult, as teams can fail for many reasons. ...
In this work, we describe how agents can take advantage of synergies among each other and increase t...
There are several applications in which humans and agents jointly perform a task. If the task involv...
This chapter discusses the problem of agent aiding of ad-hoc, decentralized human teams so as to imp...
This paper is the first step in our research plan towards addressing the fundamental question of how...
This paper is the first step in our research plan towards addressing the fundamental question of how...
This paper is the first step in our research plan towards addressing the fundamental question of how...
This paper is the first step in our research plan towards addressing the fundamental question of how...
Abstract—This paper is the first step in our research plan towards addressing the fundamental questi...
In this paper, we describe results of a series of experiments investigating the effects of agent aid...
In this paper, we present an interface agent, MokSAF, which facilitates time-critical team-planning ...
In this paper, we present an interface agent, MokSAF, which facilitates time-critical team-planning ...
In this paper, we present an interface agent, MokSAF, which facilitates time-critical team-planning ...
In this paper, we present an interface agent, MokSAF, which facilitates time-critical team-planning ...
Building a robust and effective human-agent team is diffi-cult, as teams can fail for many reasons. ...
Building a robust and effective human-agent team is diffi-cult, as teams can fail for many reasons. ...
In this work, we describe how agents can take advantage of synergies among each other and increase t...
There are several applications in which humans and agents jointly perform a task. If the task involv...