A Task-Centric Messaging Model for Federated Autonomous Collaboration

Thomas C. Furfaro, Andrew Bouchard, Gary L. Davies, Martijn van Riet
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引用次数: 4

Abstract

In response to a charge to address “Autonomy in Limited-Communication Environments,” the NATO SCI-288 Research Task Group determined that the aspect of this topic most relevant to a NATO context is communications for multivehicle operations between assets from different nations using different autonomy mission software. In order to facilitate such operations, the task group developed a conceptual shared message set for mission management, allowing tasks to be shared among autonomous assets and teams of autonomous assets by integration with this message set rather than requiring separate integrations between individual software solutions. Following the design efforts of the task group as a whole, four members of the group were able to secure resources for a synthetic demonstration and separately refined the message set and created a reference implementation. This implementation team integrated four different autonomy software solutions with the reference implementation and in October 2019 demonstrated successful joint execution of a synthetic mine countermeasures mission using the message set.
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联邦自治协作的以任务为中心的消息传递模型
为了回应“有限通信环境中的自主性”的要求,北约SCI-288研究任务小组确定,该主题与北约背景最相关的方面是使用不同自主任务软件的不同国家资产之间的多车作战通信。为了促进这样的操作,任务组为任务管理开发了一个概念性的共享消息集,允许通过与该消息集的集成在自治资产和自治资产团队之间共享任务,而不需要在单个软件解决方案之间进行单独的集成。在整个任务组的设计工作之后,该组的四个成员能够为合成演示确保资源,并分别细化消息集并创建参考实现。该实施团队将四种不同的自主软件解决方案与参考实施集成在一起,并于2019年10月展示了使用消息集成功联合执行综合地雷对抗任务。
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