Safety-critical systems have to absorb accidental and malicious faults to obtain high mean-
times-to-failures (MTTFs). Traditionally, this is achieved through re-execution or replication …

This paper addresses the problem of reliability and makespan optimization of hardware task
graphs in reconfigurable platforms by applying fault tolerance (FT) techniques to the running …

Real-time systems are safety/mission critical computing systems which behave
deterministically, and gives correct reactions to the inputs (or changes in the physical …

This paper presents a technique to improve the reliability and the mean time to failure
(MTTF) of hardware task graphs (TGs) running on reconfigurable computers. This technique …

Two approaches to monitoring synchronization in FPGA components of safety-related
systems are compared: logical and power-oriented. Logical on-line testing detects errors in …

This paper presents an approach to optimize the reliability and makespan of hardware task
graphs, running on FPGA-based reconfigurable computers, in space-mission computing …

Various software architecture viewpoint approaches have been introduced to model the
architecture views for stakeholder concerns. To address quality concerns in software …

Reconfigurable devices employed in safety-critical real-time applications ought to tolerate
faults in a timely manner. Fault-tolerant schedulers can be used to guarantee both real-time …

In an era of growing cyber threats, where critical infrastructure such as power grids,
healthcare systems, and transportation networks are increasingly targeted by sophisticated …

This paper addresses modelling and assessing of worst-case execution times of tasks in a
distributed real-time system. The presented case study is based on a stress test system for …