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Ami Marowka

Publication record assembled from the DBLP archive of ranked conferences.

Papers indexed

21

Venues

10

Active years

1997–2024

Best venue rank

National

Where they publish

Papers

21 indexed papers, newest first.

YearVenueTitleAuthors
2024PPAMOn the Incorrect Use of Application Efficiency to Calculate Performance Portability.Ami Marowka
2024PPAMThe Impact of SYCL Data Management on Performance Portability.Ami Marowka
2023SBAC-PADToward Open Repository of Performance Portability of Applications, Benchmarks and Models.Ami Marowka
2022PPAMNew Insights on the Revised Definition of the Performance Portability Metric.Ami Marowka
2022PPAMInferential Statistical Analysis of Performance Portability.Ami Marowka
2021PDPToward a Better Performance Portability Metric.Ami Marowka
2019PPAMStudying the Performance of Vector-Based Quicksort Algorithm.Ami Marowka
2017PPAMTowards High-Performance Python.Ami Marowka
2015PPAMExtending Gustafson-Barsis's Law for Dual-Architecture Computing.Ami Marowka
2014PDPEnergy-Efficient Management of DVFS-Enabled Integrated Microprocessors.Ami Marowka
2013PPAMTowards Standardization of Measuring the Usability of Parallel Languages.Ami Marowka
2013SCModeling the effects of DFS on power consumption in hybrid chip multiprocessors.Ami Marowka
2012EuroParEnergy Consumption Modeling for Hybrid Computing.Ami Marowka
2012ISPAExtending Amdahl's Law for Heterogeneous Computing.Ami Marowka
2011PACTOn Performance Analysis of a Multithreaded Application Parallelized by Different Programming Models Using Intel VTune.Ami Marowka
2009PPAMEmpirical Analysis of Parallelism Overheads on CMPs.Ami Marowka
2008ICA3PPPerformance of OpenMP Benchmarks on Multicore Processors.Ami Marowka
2007ISPDCRouting Speedup in Multicore-Based Ad Hoc Networks.Ami Marowka
2005PDPTAAdvanced Fortran-Based Parallel Programming Languages.Ami Marowka
2004ISPDCAnalytic Comparison of Two Advanced C Language-Based Parallel Programming Models.Ami Marowka
1997PDPTAFramework for Constructing Parallel and Distributed Applications with Scalable Portability.Ami Marowka, Michel Bercovier