Conveners
High Throughput & Supercomputing Systems and their Integration Session
- Tomoaki NAKAMURA ()
Mr
Shaun de Witt
(Science and Technology Facilities Council)
3/15/16, 4:00 PM
High Throughput & Supercomputing Systems and their Integration
Oral Presentation
The kernel scheduler of a LINUX system is responsible for reordering and optimising requests for access to storage, be it spinning disks or SSDs. Since disk seek and read times are one of the slowest part of computing operations, this scheduling is essential to maintain performance on any modern computing system. In this paper, we look at the performance of different schedulers under a range...
Mr
Andreas Schreiber
(German Aerospace Center)
3/15/16, 4:30 PM
High Throughput & Supercomputing Systems and their Integration
Oral Presentation
Space Debris are defunct objects in space, including old space vehicles (such as satellites or rocket stages) or fragments from collisions. Space debris can cause great damage to functional space ships and satellites. Thus detection of space debris and prediction of their orbital paths are essential for today's operation of space missions. To detect the space debris, sensor networks of optical...
Mr
Ramesh Naidu Laveti
(C-DAC)
3/15/16, 5:00 PM
High Throughput & Supercomputing Systems and their Integration
Poster Presentation
Compute and data intensive scientific applications demand compilers to allocate more temporaries on the stack. For example, the change resolution component of a global spectral model changes the resolution of the input files using Nearest Neighbor Interpolation which requires large temporaries on stack. Temporaries include sub-arrays, automatic arrays and, sub-sections corresponding to actual...
