In this paper, we present an interface agent, MokSAF, which facilitates time-critical team-planning tasks for teams of both humans and heterogeneous software agents. This agent assists in the formation of teams of humans (via other MokSAF agents) and task agents that can autonomously perform team subtasks. It provides a suitable interaction mechanism to instruct the various task agents in the team; and, by monitoring the human’s progress, reallocate or modify the sub-tasks if the human fails to achieve that sub-task. A military domain has been used to investigate this interface agent. The task consists of three military (human) commanders that each assemble a platoon, and plan routes so that all three platoons arrive at a given rendezvous b...
This chapter discusses the problem of agent aiding of ad-hoc, decentralized human teams so as to imp...
This chapter discusses the problem of agent aiding of ad-hoc, decentralized human teams so as to imp...
In this paper, we describe the interactions between task characteristics and human agent interfaces ...
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 evaluate the effectiveness of agent-based aiding in support of a time-critical team...
In this paper we evaluate the effectiveness of agent-based aiding in support of a time-critical team...
In this paper we evaluate the effectiveness of agent-based aiding in support of a time-critical team...
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...
Intelligent aiding strategies were evaluated for a team planning task. The MokSAF interface agent li...
This chapter discusses the problem of agent aiding of ad-hoc, decentralized human teams so as to imp...
This chapter discusses the problem of agent aiding of ad-hoc, decentralized human teams so as to imp...
In this paper, we describe the interactions between task characteristics and human agent interfaces ...
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 evaluate the effectiveness of agent-based aiding in support of a time-critical team...
In this paper we evaluate the effectiveness of agent-based aiding in support of a time-critical team...
In this paper we evaluate the effectiveness of agent-based aiding in support of a time-critical team...
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...
Intelligent aiding strategies were evaluated for a team planning task. The MokSAF interface agent li...
This chapter discusses the problem of agent aiding of ad-hoc, decentralized human teams so as to imp...
This chapter discusses the problem of agent aiding of ad-hoc, decentralized human teams so as to imp...
In this paper, we describe the interactions between task characteristics and human agent interfaces ...