Concepts and Directions for Future IoT and C2 Interoperability

Manas Pradhan, Marco Manso, James R. Michaelis
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引用次数: 2

Abstract

The evolving fields of Information and Communications Technology (ICT) and the Internet of Things (IoT) have allowed a multitude of state and non-state actors to leverage remote, ubiquitous and context rich computing for solving future challenges. Individually, standards underlying ICT/IoT serve the purpose they were devised for in supporting predetermined use cases and application domains, but often present significant challenges when underlying technologies must be re-purposed or integrated in new ways. Corresponding technology integration challenges are often addressed through ad-hoc solutions (e.g., stove-piped interfaces, data federation and exchange services) which make it very difficult to scale and adapt to the needs of cross-coalition Command Control (C2) infrastructures. Following from NATO IST-176 efforts, this paper reviews key design requirements for developing NATO C2 Data Models to facilitate COTS IoT and NATO STANAG interoperability. Here, the idea is not to propose an entirely new standard but to identify and catalogue methods to reuse existing standards to improve interoperability as well as introduce extensibility to enable next-generation coalition operations.
未来物联网和C2互操作性的概念和方向
信息和通信技术(ICT)和物联网(IoT)领域的不断发展,使众多国家和非国家行为体能够利用远程、无处不在和上下文丰富的计算来解决未来的挑战。单独而言,ICT/IoT的基础标准在支持预定用例和应用领域方面达到了设计目的,但当基础技术必须以新的方式重新利用或集成时,往往会带来重大挑战。相应的技术集成挑战通常通过特别解决方案(例如,炉管接口、数据联合和交换服务)来解决,这使得很难扩展和适应跨联盟指挥控制(C2)基础设施的需求。根据北约IST-176的工作,本文回顾了开发北约C2数据模型的关键设计要求,以促进COTS物联网和北约STANAG互操作性。在这里,我们的想法不是提出一个全新的标准,而是确定和编目重用现有标准的方法,以提高互操作性,并引入可扩展性,使下一代联合作战成为可能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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