面向未来航线和下一代测试系统的工业解决方案

M. Dziuk, Lewis Edinburgh, Shawn Reynolds, Jim Rousseau, Jason Boots Winn
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引用次数: 0

摘要

国防部的“维护未来”能力必然会在数字化转型的旗帜下扎根,并需要近期的创新解决方案。所需的属性虽然在各军种中都是通用的,但将推动长期存在的传统维护设施和实践走出舒适区。向敏捷软件/硬件交付、数字孪生、信息保证/弹性网络架构、5G、物联网(IoT)和模块化开放系统架构(MOSA)的真正转型代表了利用维护实现未来转型的挑战和机遇——说起来容易做起来难。维护人员和设施需要明天的答案,今天。幸运的是,许多工具都是可用的,并且适合立即集成。例如,空军物资司令部和空军保障中心与工业界分享了他们对未来飞行线和数字仓库概念的各种概述,概述了政府正在收集数据以形成需求并了解工业的尖端能力。本文的目的是概述未来航线的能力和解决方案,以及如何在所有维护级别(组织、中间和仓库)之间保持连续性。本文还通过强调当前的解决方案和未来的目标,探讨了下一代测试系统的方法。我们专注于突破背板和仪器的传统实现,以及确保网络安全的新功能,简化操作权限(ATO)的处理,与工业物联网(IIoT)接口的MOSA框架,以及支持后勤和预测方法的高级数据分析的潜在模式。
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Solution Approaches from Industry for Flightline of the Future and Next Generation Test Systems
Department of Defense “Maintenance of the Future” capabilities will necessarily nest under the digital transformation banner and require near-term innovative solutions. The required attributes, while essentially common across the Services, will push long-standing, traditional maintenance facilities and practices out of comfort zones. Genuine transformation to agile software/hardware delivery, digital twins, information assured/resilient network architectures, 5G, Internet of Things (IoT), and Modular Open Systems Architecture (MOSA) represent both the challenges and opportunities to harness Maintenance for the Future transformation - easier said than done. Maintainers and facilities need tomorrow's answers, today. Fortunately, many are available and adaptable for immediate integration. For example, Air Force Material Command and the Air Force Sustainment Center have shared with industry various overviews of their image for Flightline-of-the-Future and Digital Depots concepts, outlining that the government is in the process of data gathering to shape requirements as well as understand the cutting-edge capabilities of industry. The purpose of this paper is to provide an overview of capabilities and solutions for what the Flightline of the Future can be and how continuity can be maintained between all maintenance levels (Organizational, Intermediate, and Depot). This paper also explores approaches for Next Generation Test Systems by highlighting current solutions and goals for the future. We focus on breaking from legacy implementations of backplanes and instrumentation as well as new capabilities for ensuring cybersecurity, streamlined processing of Authority to Operate (ATO), MOSA frameworks for interfacing to Industrial Internet of Things (IIoT), and potential schemas for advanced data analysis supporting logistical and predictive methodologies.
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