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Scalable, Layered, Memory Protected Faulttolerance software architecture for Multi-Channel, Multi-Mode Radar Signal Processor for Active Array Radar using Multi Core Processor Hardware

机译:用于多通道,多模式雷达信号处理器的可扩展,分层,存储器保护和故障软件架构,用于活动阵列雷达,使用多核处理器硬件

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The major advantage of Active Array Radar is its fault-tolerance capability i.e. the radar can still be operational with degraded performance even if some of the Transmit-Receive modules (TRM) fail in the system. Radar Signal Processor which receives digitized data from the data acquisition system and processes the data for various air-to-air, air-to-sea and air-to-ground mode of operation should not introduce single point failure in the system. The Radar signal processor, without fault-tolerance capability can make advantage of active array inattentive. The Radar Signal Processor for such requirement should have architecture which is scalable, layered, memory protected and fault-tolerant. This paper discusses about one such possible architecture.
机译:活动阵列雷达的主要优点是其容错能力即,即使系统中的某些发射接收模块(TRM)失败,雷达仍然可以通过劣化性能进行操作。 雷达信号处理器从数据采集系统接收数字化数据,并处理各种空到空中,空到海的数据,不应在系统中引入单点故障。 雷达信号处理器,没有容错能力,可以利用活动阵列异常。 用于此类要求的雷达信号处理器应具有可扩展,分层,存储器保护和容错的架构。 本文讨论了一个这样一个可能的架构。

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