We describe and test a software approach to fault detection in common numerical
algorithms. Such result checking or algorithm-based fault tolerance (ABFT) methods may be …

Algorithm-based fault tolerance is an inexpensive method of achieving fault tolerance
without requiring any hardware modifications. For numerical applications involving the …

We describe and test a software approach to overcoming radiation-induced errors in
spaceborne applications running on commercial off-the-shelf components. The approach …

Commercial SRAM-based, field-programmable gate arrays (FPGAs) have the capability to
provide space applications with the necessary performance, energy-efficiency, and …

The accurate, comprehensive estimation of computational error has long been a key
problem in the design of automated target recognition (ATR) algorithms due to the extensive …

Automated target recognition (ATh) algorithm performance is often degraded by the
propagation of sensor noise and input error through an algorithm's computational …

The use of backward error assertions combined with iterative refinement has been
suggested for the correction of small fault induced errors in the floating point solution of …

Automated target recognition (ATh) algorithm performance is often degraded by the
propagation of sensor noise and input error through an algorithm's computational …

Simulation technology and scientific computing play an essential role in the majority of
scientific domains and have become established techniques to solve central challenges in …

A Complete Bibliography of IEEE Transactions on Computers (1990–1999) Page 1 A
Complete Bibliography of IEEE Transactions on Computers (1990–1999) Nelson HF Beebe …