Add to ORKGA methodology to systematically identify and isolate bugs in floating point implementation in high performance multiple CPU computing systems is formulated. A validation suite is written and tested. Results show improper implementation. Proper implementation guidelines are suggested and prototyped
Operating system interference in parallel programs can cause tremendous performance degradation. Thi...
As scientific computation continues to scale, it is crucial to use floating-point arithmetic process...
Li, XiaomingAs technology scales, VLSI performance has experienced an exponential growth. As feature...
Methodology to systematically identify and isolate bugs in floating point implementation in highperf...
Concepts and technologies are described herein for determining memory safety of floating-point compu...
International audienceCurrent critical systems commonly use a lot of floating-point computations, an...
Throughout academia and industry, formal verification techniques have become essential for asserting...
OpenCL is an emerging platform for parallel computing that promises porta-bility of applications acr...
The floating-point (FP) division bug in Intel’s Pentium processor and the overflow flag erratum of ...
<p>In this thesis, we design frameworks for efficient and accurate floating point computation. The p...
This paper overviews the application of formal verification techniques to hardware ingeneral, and to...
Abstract. The floating-point(FP) division bug in Intel’s Pentium processor and the overflow flag err...
An effective approach to handling the theory of floating-point is to reduce it to the theory of bit-...
The floating-point(FP) division bug in Intel’s Pentium processor and the overflow flag erratum of th...
. A parameterized definition of subtractive floating point division algorithms is presented and veri...
Operating system interference in parallel programs can cause tremendous performance degradation. Thi...
As scientific computation continues to scale, it is crucial to use floating-point arithmetic process...
Li, XiaomingAs technology scales, VLSI performance has experienced an exponential growth. As feature...
Methodology to systematically identify and isolate bugs in floating point implementation in highperf...
Concepts and technologies are described herein for determining memory safety of floating-point compu...
International audienceCurrent critical systems commonly use a lot of floating-point computations, an...
Throughout academia and industry, formal verification techniques have become essential for asserting...
OpenCL is an emerging platform for parallel computing that promises porta-bility of applications acr...
The floating-point (FP) division bug in Intel’s Pentium processor and the overflow flag erratum of ...
<p>In this thesis, we design frameworks for efficient and accurate floating point computation. The p...
This paper overviews the application of formal verification techniques to hardware ingeneral, and to...
Abstract. The floating-point(FP) division bug in Intel’s Pentium processor and the overflow flag err...
An effective approach to handling the theory of floating-point is to reduce it to the theory of bit-...
The floating-point(FP) division bug in Intel’s Pentium processor and the overflow flag erratum of th...
. A parameterized definition of subtractive floating point division algorithms is presented and veri...
Operating system interference in parallel programs can cause tremendous performance degradation. Thi...
As scientific computation continues to scale, it is crucial to use floating-point arithmetic process...
Li, XiaomingAs technology scales, VLSI performance has experienced an exponential growth. As feature...