Synergistic Integration of Agent Technologies for Military Simulation

S. Owens, P. Scerri, R. Glinton, Bin Yu, K. Sycara
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引用次数: 8

Abstract

To perform large-scale coordination in real-world environments requires that many individually complex technologies come together to form integrated solutions. In this paper, we present an application where several key technologies are integrated into a unified system via a multiagent infrastructure. We show how the synergistic behavior among heterogeneous technologies results in a significant improvement over the performance of the individual technologies acting alone. Critical extensions were required to the language describing required behavior to allow the pieces to work together. Initial experimental results show system performance on a task of coordinating a military convoy in an adversarial environment was significantly improved when all technologies worked together. However, experiments with a human user in the loop showed that significant advances must still be made before such systems can be fielded in the real-world
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军事仿真Agent技术的协同集成
要在现实环境中执行大规模协调,需要许多单独复杂的技术结合在一起,形成集成的解决方案。在本文中,我们提出了一个应用程序,其中几个关键技术集成到一个统一的系统通过一个多代理基础设施。我们展示了异质技术之间的协同行为如何导致比单独行动的单个技术的性能显著改善。需要对语言进行关键扩展,以描述允许各个部分协同工作所需的行为。初步实验结果表明,当所有技术协同工作时,在对抗环境中协调军事车队任务的系统性能显着提高。然而,人类用户在循环中的实验表明,在这种系统能够在现实世界中应用之前,还必须取得重大进展
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