KIAS CAC
About CAC

Center for Advanced Computation

Introduction and History

Introduction

Recently, scientific computation is growing to be very important than ever in making new findings and verifying analytic solutions because problem sizes are too big, complex, and time consuming to solve.

Consequently, large-scale scientific computation is now indispensable for almost all research fields from elementary particle physics to cosmology.

In KIAS there are several research areas of fundamental science that require heavy scientific computations such as quantum informatics, protein structure study and bio-physics, mathematical information science, astrophysics and cosmology, statistical & condensed physics, and high energy particle physics (accelerator and QCD).

Established in December 2010, the KIAS Center for Advanced Computation is trying to provide KIAS scientists and collaborators with an optimal tool for large-scale scientific computation.

Research Areas

CAC supports various research fields of fundamental science

Quantum InformaticsProtein Structure & BiophysicsMathematical Information ScienceAstrophysics & CosmologyStatistical & Condensed PhysicsHigh Energy Particle Physics

History

Major milestones in the development of KIAS CAC

DateContent
2008. 1Proposal for establishment of Advanced Computation Center by six professors
2009Approval of KIAS Center for Advanced Computation (CAC)
2010. 1 ~ 8Construction of basic facilities for CAC
2010. 9CAC research professors appointed
2010. 12GPU cluster system built
2010. 12. 15Opening ceremony of CAC
2011. 11The CORE cluster system built
2011. 12The Annapurna cluster system built
2012. 4, 7Abacus3, 4 serial server system built
2012. 6Parallel File System built
2012. 10 ~ 12High Performance Parallel File System upgrade (GPFS)
2012. 11GPU cluster system upgrade (Memory, Infiniband)
2013. 6 ~ 11The Baekdu cluster system built
2013. 11 ~ 12High Performance Parallel File System upgrade (GPFS, Home)
2014. 4The DNA cluster system built
2014. 12Extend Home storage /run
2015. 9Built LTO Storage
2016. 6Built Lustre pilot system
2010
Established
10+
Cluster Systems
1000+
CPU Cores
PB+
Storage Capacity