Architectural vulnerability factor (AVF) characterizes a processor's vulnerability to soft errors.
Interthread resource contention and sharing on a multithreaded processor (eg, SMT, CMP) …

Continuously reducing transistor sizes and aggressive low power operating modes
employed by modern architectures tend to increase transient error rates. Concurrently …

High-performance processors suffer from soft error vulnerability due to the increasing on-
chip transistor density, shrinking processor feature size, lower threshold voltage, etc. In this …

Soft errors have been significantly degrading the reliability of current processors whose
feature sizes and supply voltages are fast scaling down. In this paper, we propose two …

The described embodiments include a program code testing system that determines the
vulnerability of multi-threaded program code to soft errors. For multi-threaded program code …

Integrating the large number of transistor in a single chip leads to significant improvement on
the performance of processors. More performance is achieved by putting multiple CPU cores …

The sustained drive to downsize the transistors has reached a point where device sensitivity
against transient faults due to neutron and alpha particle strikes aka soft errors has moved to …

With the scale down of transistor sizes and higher frequencies with low power modes in
modern architectures, the chip components become more susceptible to transient errors …

Executing multiple applications concurrently is an important way of utilizing the
computational power provided by emerging chip multiprocessor (CMP) architectures …

One of the main goals of BitTorrent is to reduce load on Web servers by encouraging clients
to share content between themselves. However, BitTorrent's current design relies heavily on …