In this paper, a circuit-level reliable low leakage design methodology is proposed for
integrated circuits (ICs). Low leakage circuit design is the most challenging research area for …

Reconfigurable architectures are increasingly employed in a large range of embedded
applications, mainly due to their ability to provide high performance and high flexibility …

This paper describes a new approach towards dependable design of homogeneous multi-
processor SoCs in an example satellite-navigation application. First, the NoC dependability …

This thesis introduces a comprehensive approach for making a particular class of embedded
processors self-testing and self-repairing, such that a limited amount of permanent hardware …

Diagnostic self-test in-the-field for processors becomes mandatory for reconfigurable fault
tolerant processor-based systems. Software-based self-test techniques are well suited for …

Nowadays highly dependable electronic devices are demanded by many safety-critical
applications. Dependability attributes such as reliability and availability/maintainability of a …

This paper presents a software-based technique for handling permanent manufacturing
faults in low-cost memories for tiny embedded systems. The technique is based on an …

A new generation of highly dependable multi-processor Systems-on-Chip for safety-critical
applications under harsh environments with zero down-time is emerging. In this paper 1, the …

The additional power dissipation involved in introducing a high dependability in multi-
processor systems is nowadays becoming a major concern (power-aware dependability). In …

This paper describes a software-based technique for building heterogeneous fault tolerant
multi-core systems, which are able to handle temporary and permanent hardware faults …