Cloud computing systems fail in complex and unexpected ways due to unexpected
combinations of events and interactions between hardware and software components. Fault …

Reliability is necessary in safety-critical applications spanning numerous domains.
Conventional hardware-based fault tolerance techniques, such as component redundancy …

Reliability evaluation of a microprocessor design may reveal vulnerable silicon areas that
require protection against faults, but also hardware structures that are inherently more …

Continuous improvements in transistor scaling together with microarchitectural advances
have made possible the widespread adoption of high-performance processors across all …

As transistors have been scaled over the past decade, modern systems have become
increasingly susceptible to faults. Increased transistor densities and lower capacitances …

To take advantage of the performance enhancements provided by multicore processors,
new instruction set architectures (ISAs) and parallel programming libraries have been …

The occurrence of radiation-induced soft errors in electronic computing systems can either
affect non-essential system functionalities or violate safety–critical conditions, which might …

Resiliency is and will be a critical factor in determining scientific productivity on current and
exascale supercomputers, and beyond. Applications oblivious to and incapable of handling …

Soft errors are a growing concern for processor reliability. Recent work has motivated
architecture level studies of soft errors since the architecture level can mask many raw errors …

With the widespread use of embedded system devices, hardware designers and software
developers started paying more attention to security issues in order to protect these devices …