胜利:自动车辆测试的新方法

T. Thompson, Kase J. Saylor
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引用次数: 0

摘要

军用地面车辆是一个复杂的系统,涉及指挥、控制、通信、计算机、情报、监视和侦察/电子战(C4ISR/EW)和车载平台组件,对更强的能力、更高的生存能力和权宜的采买时间表的需求不断增加。美国陆军目前的一项工作是C4ISR/EW互操作性车辆集成(VICTORY)计划。VICTORY为C4ISR/EW和平台系统和传感器提供标准的线上网络接口。VICTORY提供网络平台设备的能力,实现自动化测试和物流数据收集,从而为车辆上的应用程序提供关键的车辆数据。在军用车辆上开发并遵守开放的、定义良好的、可接受的标准是自动化测试能力的关键。通过将开放系统架构(osa)实现为连接系统和传感器的互操作性层,可以开发和部署通用的测试和评估方法。利用模块化、开放的系统架构和标准规范(如VICTORY)进行自动车辆测试,可能会降低系统互连的复杂性,增加测试能力,并可能获得更有意义、紧密耦合、数据丰富的测试结果。OSAs提供了构建通用测试集的框架,提供了共享标准车载网络环境的机会,不同的应用程序可以在此基础上定制特定的测试解决方案。
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VICTORY: A New Approach to Automated Vehicle Testing
Military ground vehicles are complex systems of systems involving Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance/Electronic Warfare (C4ISR/EW) and vehicular platform components, with an ever-increasing demand for more capability, increased survivability and expedient acquisition timelines. A current effort within the U.S. Army is the Vehicular Integration for C4ISR/EW Interoperability (VICTORY) initiative. VICTORY provides standard, on-the-wire network interfaces for C4ISR/EW and platform systems and sensors. VICTORY provides the ability to network platform equipment and enables automated testing and logistics data gathering, thereby offering key pieces of vehicle data to applications on the vehicle. The development of and adherence to open, well-defined, and accepted standards on military vehicles is key to an automated testing capability. By implementing open systems architectures (OSAs) as the interoperability layer upon which systems and sensors are connected, generalized test and evaluation methodologies can be developed and deployed. Leveraging modular, open system architectures and standard specifications like VICTORY for automated vehicle testing may provide opportunities for reduced system interconnect complexity, increased testing capabilities, and possibility for more meaningful, tightly coupled, data-rich test results. OSAs provide the framework for building generalized test sets, offering the opportunity to share a standard in-vehicle network environment upon which different applications can tailor specific test solutions.
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