The relentless technology scaling has provided a significant increase in processor
performance, but on the other hand, it has led to adverse impacts on system reliability. In …

An algorithm (called FTM) for scheduling of real-time sporadic tasks on a multicore platform
is proposed. Each task has a deadline by which it must complete its non-erroneous …

Due to the advent of active safety features and automated driving capabilities, the scope and
complexity of embedded computing systems within automobiles continue to increase …

Due to the advent of active safety features and automated driving capabilities, the complexity
of embedded computing systems within automobiles continues to increase. Such advanced …

Recent trends towards increasing complexity in distributed embedded real-time systems
pose challenges in designing and implementing a reliable system such as a self-driving car …

Homogeneous multiprocessor systems with reconfigurable area (also known as
Reconfigurable Multiprocessor Systems) are emerging as a popular design choice in current …

The safety of real-time embedded systems relies on both functional and timing correctness.
On the timing side, realtime constraints are set on task executions, and missing them may …

Safety-critical real-time systems like modern automobiles with advanced driving-assist
features must employ redundancy for crucial software tasks to tolerate permanent crash …

The ability to maintain functional and temporal correctness in the presence of faults is a key
requirement in many safety-critical embedded systems. This work proposes an efficient fault …

Reconfigurable devices (RDs) are extremely advantageous when employed in real-time
embedded systems. Nonetheless, they are susceptible to soft errors. In a broad sense, the …