System of Systems for Tripwires Activation of Algorithms and Reasoning (STAAR) for Analysis of Mission Success

机译：绊线激活算法和推理系统（STAAR）以分析任务成功的系统

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摘要

The flood of data from Multi-Intelligence sources (e.g., air and space sensors, street cameras, and social media) is overwhelming mission operators who manually or semi-autonomously ingest and make decisions on these data. This data glut is driving the development of Systems of Systems (SoS) solutions that exhibit emergent behavior evolving to fully autonomous methods that allow end users to focus on critical data first in order to make timely decisions and assure mission success.

机译：来自多智能源（例如，航空和空间传感器，街道摄像机和社交媒体）的数据泛滥，使任务操作员不知所措，他们手动或半自主地摄取并根据这些数据做出决策。这种数据过剩正在推动系统系统（SoS）解决方案的开发，这些解决方案展现了新兴的行为，并逐渐发展为完全自主的方法，这些方法允许最终用户首先关注关键数据，以便及时做出决策并确保任务成功。

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来源
《2018 13th Annual Conference on System of Systems Engineering》|2018年|493-500|共8页
会议地点 Paris(FR)
作者
Paul Hershey; Mike Sica;
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作者单位

Raytheon IIS, Dulles, VA, USA;

Raytheon IIS, Dulles, VA, USA;

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会议组织
原文格式 PDF
正文语种 eng
中图分类
关键词
Monitoring; Weapons; Cognition; Random access memory; System of systems; Sensors; Cameras;

机译：监视;武器;认知;随机存取存储器;系统系统;传感器;照相机;;

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1. Reliability analysis of large phased-mission systems with repairable components based on success-state sampling [J] . Lu Ji-Min, Wu Xiao-Yue, Liu Yiliu, Reliability Engineering & System Safety . 2015,第octa期

机译：具有成功状态采样的具有可修复组件的大型相控系统的可靠性分析
2. Comments on PMS BDD generation in 'A BDD-based algorithm for Reliability Analysis of phased-mission systems' [J] . Liudong Xing, Dugan J.B. IEEE Transactions on Reliability . 2004,第2期

机译：关于“基于BDD的相控系统可靠性分析算法”中PMS BDD生成的评论
3. A BDD-based algorithm for reliability analysis of phased-mission systems [J] . Xinyu Zang, Nairong Sun IEEE Transactions on Reliability . 1999,第1期

机译：基于BDD的相控系统可靠性分析算法
4. System of Systems for Tripwires Activation of Algorithms and Reasoning (STAAR) for Analysis of Mission Success [C] . Paul Hershey, Mike Sica Annual Conference on System of Systems Engineering . 2018

机译：赛道激活算法和推理（Staar）的系统系统分析
5. Contributions to algorithmic techniques in automated reasoning about physical systems. [D] . Thittamaranahalli, Satish Kumar. 2005

机译：对有关物理系统的自动推理中的算法技术的贡献。
6. Ontological Problem-Solving Framework for Assigning Sensor Systems and Algorithms to High-Level Missions [O] . Joseph Qualls, David J. Russomanno 2011

机译：用于将传感器系统和算法分配给高级任务的本体问题解决框架
7. An algorithm for reliability analysis of phased-mission systems [O] . Y Ma, K.S Trivedi 1999

机译：分阶段任务系统可靠性分析算法
8. Vehicle Management End-to-End Testing and Analysis Platform for Validation of Mission and Fault Management Algorithms to Reduce Risk for NASAs Space Launch System. [R] . Trevino, L., Johnson, S. B., Patterson, J., 2015

机译：车辆管理端到端测试和分析平台，用于验证任务和故障管理算法，以降低Nasa太空发射系统的风险。

System of Systems for Tripwires Activation of Algorithms and Reasoning (STAAR) for Analysis of Mission Success

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