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Generic built-in self-repair architectures for SoC logic cores

机译:SoC逻辑内核的通用内置自修复架构

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The built-in self-repair (BISR) concept is utilized and proven by industry mainly in regular structures of system-on-chips (SoCs) memory cores. On the other hand, the idea of self repair concept for logic cores introduced and developed in several papers is relatively new, as the irregular structure of these types of cores represents a serious limitation. However, there is a need of a complex BISR architecture that can be widely used on different types of logic cores in order to support further the reliability of SoCs. This paper presents a generic BISR architecture based on reconfigurable logic blocks (RLBs) applicable for any logic core inside a SoC together with in detail defined basic requirements guiding the architecture development and also algorithms handling fault detection and localization procedure.
机译:内置的自我修复(BISR)概念主要在常规的片上系统(SoC)存储内核结构中得到利用并得到业界的证明。另一方面,在几篇论文中介绍和开发的逻辑核自修复概念的思想是相对较新的,因为这些类型的核的不规则结构代表了严重的局限性。但是,需要一种复杂的BISR架构,该架构可广泛用于不同类型的逻辑内核,以进一步支持SoC的可靠性。本文提出了一种基于可重配置逻辑块(RLB)的通用BISR体系结构,该体系结构适用于SoC内部的任何逻辑核心,并详细定义了指导体系结构开发的基本要求以及处理故障检测和定位过程的算法。

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