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Erschienen in:
2020 | OriginalPaper | Buchkapitel
Crash-Resilient Synthesizer in Logic Optimization Paradigm for Sustainable Hardware Design of ASIC and Digital Systems
verfasst von : Noor-ul-Qamar, Muhammad Habib, Waseem Ahmad, Taimoor Hassan
Erschienen in: Intelligent Technologies and Applications
Verlag: Springer Singapore
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Abstract
Fault detection and its recovery has always been a major concern in research. Both hardware and software level faults of a system are required to be dealt with for any liable fault-tolerant framework. Self-sustainable systems play an important role in diagnosing such problems in systems through an automatic response. ASIC (Application Specific Integrated Circuit) is a latest technology whose fabrication level designing and coding, utilizing logic synthesis phase can be a source of relief from multiple faults at hardware level. Various existing repair techniques for self-healing systems have been discussed in this research. An algorithm along with a flow model is further explained that is helpful to cater with physical, logical and electrical faults possibly occurring at chip and gate level for improving reliability and efficiency in upcoming self-sustainable systems.