Abstract Hardware/software (HW/SW) partitioning is a vital aspect of HW/SW co-design. With
the development of the design complexity in heterogeneous computing systems, existing …

Mixed-criticality (MC) systems have recently been devised to address the requirements of
real-time systems in industrial applications, where the system runs tasks with different …

Radiation-induced soft errors, despite rare, pose a significant threat to the reliability of
systems. Assessing the intrinsic resilience of software to soft errors is therefore essential for …

Software-implemented hardware fault tolerance techniques can be used as a cost-effective
alternative to hardware-implemented techniques to enhance the resilience of …

Nowadays, embedded systems are widely used both in general-purpose as well as in safety-
critical applications. Due to technological advances, these embedded systems can operate …

Reliability concerns of embedded systems are traditionally resolved by software-based
control flow checking (CFC) methods where the execution flow of the processor is monitored …

With deep submicron scaling, the occurrence of soft errors has become a major reliability
challenge for electronic systems. This work proposes a Machine Learning-based Checker …

The effects of soft error in combinational logics are challenged by decreasing the feature
size of transistors in nanoscale technologies. Moreover, the single event transients (SETs) …

This paper proposes a multidimensional program node graph model based on multi-level
analysis to address the issues of single granularity partitioning and low utilization of program …

Introduction: Reducing the size of processing components and increasing the probability of
failure even in ordinary components maintaining reliability has become a serious challenge …