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首页> 外文期刊>IEEE Aerospace and Electronic Systems Magazine >Reacting to new air defence threats: a netcentric approach to the Hungarian air defence system augmented by VHF radars
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Reacting to new air defence threats: a netcentric approach to the Hungarian air defence system augmented by VHF radars

机译：应对新的防空威胁：以甚高频雷达增强的匈牙利防空系统的网络中心方法

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摘要

Different types of distributed radar systems and data fusion centers are increasingly used by surface-based air defense systems. Besides the well-established airborne threats, new platforms for air surveillance and attacking devices have appeared and recognized air picture (RAP) production needs to be revised and modified following the events of September 11, 2001. From a military operational and logistic support point of view, it is well-known that not only the long range radars currently in operation, but also the recently procured radars, degrade in performance rapidly and their maintenance costs are high. Using the possibilities offered by emerging technical developments, the problem is to upgrade sensors and existing infrastructure in a way that exploits the information gathered optimally. It is the opinion of this author that one of the most promising approaches to emphasis net-centricity is the use of radar-triangle netcentric structures augmented by netted VHF radars to solve these tasks in a cost-effective manner. This work introduces an analysis of a solution that fully integrates newly required capabilities into the current long range radar net and infrastructure, keeping research and development (R&D) and maintenance at a low cost.
机译：基于地面的防空系统越来越多地使用不同类型的分布式雷达系统和数据融合中心。除了已确立的机载威胁之外，还出现了用于空中监视和攻击设备的新平台，并且在2001年9月11日事件发生后，需要对公认的航空影像（RAP）生产进行修订和修改。众所周知，众所周知，不仅目前正在使用的远程雷达，而且最近购买的雷达，其性能都迅速下降，并且维护成本很高。利用新兴技术发展提供的可能性，问题在于以一种能够最佳利用所收集信息的方式来升级传感器和现有基础设施。作者认为，最有希望的强调网络中心性的方法之一是使用由网状甚高频雷达增强的雷达三角形网络中心结构，以经济高效的方式解决这些任务。这项工作介绍了一种解决方案的分析，该解决方案将新需要的功能完全集成到当前的远程雷达网和基础架构中，从而使研发和维护成本保持较低。

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