In recent years, SRAM-based Field-Programmable Gate Arrays (FPGAs) have seen a surge
in deployment within aerospace applications. Despite their widespread use, these FPGAs …

Resilient systems require monitoring and prediction of environmental and intrinsic
conditions and the ability to adapt to changing circumstances to optimize the trade-off …

Precise radiation dose measuring and prediction are crucial for ensuring safe and
responsible use of ionizing radiation in various fields. However, traditional methods face …

A critical step of radiation hardness assurance (RHA) for space systems is given by the parts
selection in accordance with the observed (or estimated) radiation effects. Although …

Among the numerous benefits that novel RRAM devices offer over conventional memory
technologies is an inherent resilience to the effects of radiation. Hence, they appear suitable …

Electronic systems can be submitted to hostile environments leading to bit-flips or stuck-at
faults and, ultimately, a system malfunction or failure. In safety-critical applications, the risks …

Due to their flexibility and openness, the RISC-V ISA and processor architectures have
emerged as notable contenders in various application domains. Their advantages over …

The single event effect caused by space heavy ion radiation is one of the important factors
affecting the safety and operation of spacecraft on orbit. In the research and evaluation of the …

Reliability in integrated circuits (ICs) has been an important topic for many years. Numerous
methods for achieving reliability in ICs have been proposed. Nevertheless, the traditional …

Lockstep processing, a cornerstone for ensuring functional safety in electronic systems,
often grapples with challenges of over-protection and under-protection in dynamic …