… Third, we show how our analysis can inform floating-point transformations for runtime
speedup. Since most aspects of identifying mixed precision code regions amount to a single-node …

… precision analysis (albeit all-quad or all-double), we find it interesting to report what our
mixed-precision … operations toward double-precision, away from quad-precision. This evaluation …

… We intentionally choose this setup to benchmark the mixedprecision assignments produced
by Daisy and FPTuner and not compiler optimization effects, which are out of scope of this …

… integrated tool chain, to automatically identify mixed-precision … tools: 1) CRAFT, a testing-based
search tool, 2) TypeForge, a compilerbased static analysis and code transformation tool, …

… Our evaluation revealed several insights about the mixedprecision … of tools and techniques
for mixedprecision analysis, our work validated the need for creating viable mixed-precision …

… Later on, we will use the right preconditioning for mixed precision … derive mixed precision
version of variety of algorithms for solving general linear systems of equations. Mixed precision …

… arithmetic tools that can be used for floating-point precision reduction. – With this in mind,
we analyze Nekbone with the Verificarlo tool and identify potentials for precision cropping. …

… by mixed precision. We propose an extension to the taffo precision tuning toolset that enables
Mixed Precision … on GPGPUs, leveraging static analysis and providing seamless interface …

… Following on from this work, it would appear necessary to implement our mixedprecision
solution on hardware really supporting half-precision, and check the expected performance …

… , but this tool uses MPFR [26] and source code modification to simulate non-standard
precision. In summary, all the search-based approaches used for identifying valid mixedprecision …