首页>外文会议>IEEE/ACM Workshop on Fault Tolerance for HPC at eXtreme Scale

IEEE/ACM Workshop on Fault Tolerance for HPC at eXtreme Scale

召开年：2018
召开地：Dallas(US)
出版时间：-

会议文集：-

会议论文

热门论文

全部论文

全选（0）

1.Towards Ad Hoc Recovery for Soft Errors

机译：进行软错误的临时恢复
- 作者：Nuria Losada;Leonardo Bautista-Gomez;Kai Keller;Osman Unsal
- 会议名称：《IEEE/ACM Workshop on Fault Tolerance for HPC at eXtreme Scale》 | 2018年
- Fault tolerance;
- Fault tolerant systems;
- Software;
- Checkpointing;
- Hardware;
- Libraries;
- Benchmark testing;
2.Fault Tolerant Cholesky Factorization on GPUs

机译：GPU上的容错Cholesky分解
- 作者：Felix Loh;Kewal K. Saluja;Parameswaran Ramanathan
- 会议名称：《IEEE/ACM Workshop on Fault Tolerance for HPC at eXtreme Scale》 | 2018年
- Sparse matrices;
- Graphics processing units;
- Fault tolerance;
- Fault tolerant systems;
- Symmetric matrices;
- Linear systems;
- Instruction sets;
3.Improving Application Resilience by Extending Error Correction with Contextual Information

机译：通过使用上下文信息扩展错误校正来提高应用程序的弹性
- 作者：Alexandra Poulos;Dylan Wallace;Robert Robey;Laura Monroe;Vanessa Job;Sean Blanchard;William Jones;Nathan DeBardeleben
- 会议名称：《IEEE/ACM Workshop on Fault Tolerance for HPC at eXtreme Scale》 | 2018年
- Kernel;
- Error correction codes;
- Computer crashes;
- Hardware;
- Resilience;
4.A Comprehensive Informative Metric for Analyzing HPC System Status Using the LogSCAN Platform

机译：使用LogSCAN平台分析HPC系统状态的综合信息量度
- 作者：Yawei Hui;Byung Hoon Park;Christian Engelmann
- 会议名称：《IEEE/ACM Workshop on Fault Tolerance for HPC at eXtreme Scale》 | 2018年
- Measurement;
- Sparks;
- History;
- Supercomputers;
- Information entropy;
- Machine learning;
- Hardware;
5.Analyzing the Impact of System Reliability Events on Applications in the Titan Supercomputer

机译：分析系统可靠性事件对Titan超级计算机中应用程序的影响
- 作者：Rizwan A. Ashraf;Christian Engelmann
- 会议名称：《IEEE/ACM Workshop on Fault Tolerance for HPC at eXtreme Scale》 | 2018年
- Graphics processing units;
- Hardware;
- Supercomputers;
- Computer architecture;
- Error correction codes;
- Resource management;
6.Extending and Evaluating Fault-Tolerant Preconditioned Conjugate Gradient Methods

机译：扩展和评估容错预处理共轭梯度法
- 作者：Carlos Pachajoa;Markus Levonyak;Wilfried N. Gansterer
- 会议名称：《IEEE/ACM Workshop on Fault Tolerance for HPC at eXtreme Scale》 | 2018年
- Program processors;
- Fault tolerance;
- Fault tolerant systems;
- Resilience;
- Indexes;
- Linear systems;
- Checkpointing;
7.CPU Overheating Characterization in HPC Systems: A Case Study

机译：HPC系统中的CPU过热特性：案例研究
- 作者：Marc Platini;Thomas Ropars;Benoit Pelletier;Noel De Palma
- 会议名称：《IEEE/ACM Workshop on Fault Tolerance for HPC at eXtreme Scale》 | 2018年
- Kernel;
- Supercomputers;
- Temperature sensors;
- Linux;
- Time-frequency analysis;
- Correlation;
- Program processors;
8.SaNSA - The Supercomputer and Node State Architecture

机译：SaNSA-超级计算机和节点状态架构
- 作者：Neil Agarwal;Hugh Greenberg;Sean Blanchard;Nathan DeBardeleben
- 会议名称：《IEEE/ACM Workshop on Fault Tolerance for HPC at eXtreme Scale》 | 2018年
- Booting;
- Supercomputers;
- Computer architecture;
- Maintenance engineering;
- Data centers;
- Distributed databases;
9.Influence of A-Posteriori Subcell Limiting on Fault Frequency in Higher-Order DG Schemes

机译：高阶DG方案中A-Posteriori子单元限制对故障频率的影响
- 作者：Anne Reinarz;Jean-Mathieu Gallard;Michael Bader
- 会议名称：《IEEE/ACM Workshop on Fault Tolerance for HPC at eXtreme Scale》 | 2018年
- Mathematical model;
- Resilience;
- Limiting;
- Error analysis;
- Engines;
- Informatics;
- Neutrons;