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Hardware Overhead Analysis between Embryonics System and N Modular Redundancy System

机译:胚胎系统与N个模块化冗余系统之间的硬件开销分析

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Embryonics system is a new hardware with self-repair ability. Based on the analysis of Embryonics system and N modular redundancy system, the hardware overhead model has been built. The hardware overhead of Embryonics system has been analyzed with this model. From the analysis result of the target circuit with different scale and self-repair capacity, we can see that Embryonics system is more suitable for the target circuit with larger scale and high self-repair capacity, while the N modular redundancy system has superiority on the circuit with smaller scale and low self-repair capacity, and the hardware overhead can be reduced through optimizing assistant circuit design.
机译:胚胎系统是一种新的硬件,具有自我修复能力。 基于胚胎系统和N个模块化冗余系统的分析,建立了硬件架空模型。 本型号分析了胚胎系统的硬件开销。 从目标电路的分析结果具有不同的规模和自修复能力,我们可以看到胚胎系统更适合具有较大规模和高自修复能力的目标电路,而N个模块化冗余系统具有优越性 通过优化辅助电路设计,可以减少具有较小规模和低自修复能力的电路,并且可以减少硬件开销。

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