Abstract
Reliability in the presence of hardware faults is an emerging challenge in embedded systems design. The last two decades have seen major academic and industrial research efforts to address this challenge by showing pragmatic and efficient approaches of fault detection and mitigation. These approaches had been implemented at various design levels with an aim of ensuring continued system functionality at low power and performance cost. This chapter will review the highlights of these research efforts and also report on the low-cost-driven reliable design research trends to date. Moreover, emerging issues and challenges related to reliable design considerations of current and future generations of embedded systems are investigated to motivate further focused research in system-level approach and automation tools.
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