Fast file systems are critical for high-performance scientific computing, since many scientific applications have tremendous I/O requirements. Many parallel supercomputers have only recently obtained fully parallel I/O architectures and file systems, which are necessary for scalable I/O performance. Scalability aside, I show here that many systems lack sufficient absolute performance. I do this by surveying the performance reported in the literature, summarized in an informal table
As the input/output (I/O) needs of parallel scientific applications increase, file systems for multi...
Scientific applications are increasingly being implemented on massively parallel supercomputers. Man...
Graduation date: 1997Existing parallel file systems are proving inadequate in two important arenas:\...
Phenomenal improvements in the computational performance of multiprocessors have not been matched by...
Phenomenal improvements in the computational performance of multiprocessors have not been matched by...
Rapid increases in the computational speeds of multiprocessors have not been matched by correspondin...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
Multiprocessors have permitted astounding increases in computational performance, but many cannot me...
Rapid increases in the computational speeds of multiprocessors have not been matched by correspondin...
Many scientific applications have intense computational and I/O requirements. Although multiprocesso...
Multiprocessors have permitted astounding increases in computational performance, but many cannot me...
Input/Output (I/O) operations can represent a significant proportion of the run-time of parallel sci...
Input/Output (I/O) operations can represent a significant proportion of the run-time of parallel sci...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
As the input/output (I/O) needs of parallel scientific applications increase, file systems for multi...
Scientific applications are increasingly being implemented on massively parallel supercomputers. Man...
Graduation date: 1997Existing parallel file systems are proving inadequate in two important arenas:\...
Phenomenal improvements in the computational performance of multiprocessors have not been matched by...
Phenomenal improvements in the computational performance of multiprocessors have not been matched by...
Rapid increases in the computational speeds of multiprocessors have not been matched by correspondin...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
Multiprocessors have permitted astounding increases in computational performance, but many cannot me...
Rapid increases in the computational speeds of multiprocessors have not been matched by correspondin...
Many scientific applications have intense computational and I/O requirements. Although multiprocesso...
Multiprocessors have permitted astounding increases in computational performance, but many cannot me...
Input/Output (I/O) operations can represent a significant proportion of the run-time of parallel sci...
Input/Output (I/O) operations can represent a significant proportion of the run-time of parallel sci...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
As the input/output (I/O) needs of parallel scientific applications increase, file systems for multi...
Scientific applications are increasingly being implemented on massively parallel supercomputers. Man...
Graduation date: 1997Existing parallel file systems are proving inadequate in two important arenas:\...