ET E-POSTERS_V1_test1

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What is HPC?
“High Performance Computing (HPC) is a computer with a high-level computational
capacity compared to a general-purpose computer. Performance of a supercomputer is
measured in floating-point operations per second (FLOPS) instead of million instructions per
second (MIPS).
HPC clusters are characterized by many cores and processors, lots of memory, high-speed
networking, and large data stores – all shared across many rack-mounted servers. User
programs that run on a cluster are called jobs, and they are typically managed through a
queueing system for optimal utilization of all available resources.
NETWORK (56 Gbps)
CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU CPU
MEMORY
MEMORY
MEMORY
Group Research & Technology
Geophysical Processing & Imaging
Upstream IM & IT
Geomechanics Group
Total users : 40
Server 1
Server 2
Server 3
No Project Name Project Area OPU Quota
PARALLEL
SINGLE
1 SUR2015BLOCK52 SURINAME Area GR&T 290TB
2 Omega_Test N/A All User 30TB
PGI-3D code
In-house Developed Software
Technology Division
Omega
Eclipse
Visage
T-Navigator
Jason
Intersect
Beicip Termis
High Priority Low
PGI-3D code
In-house Developed Software
Technology Division
MESA
CMG
Prosource
Geoteric
Hampson Russell
Norsar
Petrel
3 MYS2015SK307 SK307 GR&T 53TB
4 MYS2015PM318 ENAU / ABU Area GR&T 5TB
5 MYS2015PM313 SEPAT Area GR&T 5TB
6 MYS2015PM315 ANGSI Area GR&T 30TB
7 MYS2016MAPMIGRATION
8 MYS20162G2J
Various Projects (Exploration and
International Exploration)
Velocity Pilot Study In
UNGGUL / WAKID Area
GPI
Geomechanics
Group
5TB
5TB
Scenario
Test Data Angsi I35LWEST_AS_712_BASE Angsi I-68_CEOR
Base Case
SRT = 2.83 hours
SRT = 21.5 hours
6 core 12 core
Active Cells 162,546 1,080,848
SRT SRT Reduction SRT SRT Reduction
High End W/S 2.31 hours 18.29 % 9.78 hours 54.49 %
PACE 1.66 hours 41.50 % 8.00 hours 62.79 %
DELL EPTD 2.35 hours 16.85 % 10.01 hours 53.46 %
* SRT = Simulation Run Time
JASON– Hardware Benchmarking Result
5 realization over 330057 traces with approximately 500 millisecond window interval
Environment High End Workstation PACE
Base Case 20 core 48 core
SRT = 98 hours
ECLIPSE – Hardware Benchmarking Result
Test Data Dulang E300 Dulang E100 Sepat D
SRT = 51 hours SRT = 5.1 hours SRT = 94.5 hours
Base Case
8 core 8 core 12 core
Active Cells 310,699 1,045,195 129,252
SRT SRT Reduction SRT SRT Reduction SRT SRT Reduction
High End W/S 30.6 hours 40.00% 2.4 hours 52.94% 49.2 hours 47.94%
PACE 30.6 hours 40.00% 2.8 hours 45.10% 43.7 hours 53.76%
DELL EPTD 35.0 hours 31.37% 3.0 hours 41.18% 56.1 hours 40.63%
CMG– Hardware Benchmarking Result
SRT = 4 hours
9 MYS2016SK307_EOR BOKOR Area GR&T 50TB
10 MYS2016PM331 PM331, 2D to Pseudo-3D GPI 5TB
11 MYR20162G2J_UNGGUL
UNGGUL/LUMUTAN
Block 2G2J
Geomechanics
Group
10TB
12 MYS2016RnDGASCLOUD Seismic Imaging under Gas Cloud GR&T 10TB
13 MYS2016NUM_MODEL
14 MMR2016LAND3D
Processing And Imaging For Seismic
Data Produced From A Known
Velocity Model
Land 3D Seismic Processing
Capability Onshore Myanmar
GPI
GPI
10TB
10TB
15 MYS2016SK_DW3F 3D Marine Isometrix PSDM-DW3F GPI 60TB
16 GAB2016BLOCKF14 GABON 3D APSDM (BLOCK14) GPI 30TB
17 MYS2016SKB11B12
18 MYS2016SK316
Sarawak – PSTM for B11/B12 field
using DMO gathers
Limbayong Area - To perform FWI &
RTM
GR&T
GR&T
10TB
25TB
As of 30 November 2016, extracted from Resource Database Administration
* GR&T = Group Research & Technology
* GPI = Geophysical Processing & Imaging
Current
Specification
150 Tflops
91.5 Tflops
(GPU)
57.6 Tflop
(CPU)
PACE Next Phase
PACE-II (600 Tflop)
PACE-I (150Tflop)
Proposed
Specification
600 Tflops
530 Tflops
(GPU)
68 Tflop
(CPU)
500 Tflop
PGI-3D
30 Tflop
Geoteric
968 core
All apps
Proposed Scale up
2015
PACE-I
150Tflops
2018
PACE-II
600
Tflops
>2021
PACE upgrade
> 1 Pflop
Presentation Title (acronym) ;
Division – Name/OPU/HCU/BU (acronym) ;
Name of Presenter
©Petroliam Nasional Berhad (PETRONAS) 2014 12
Internal