Introduction KISTI ScienceDMZ · •KISTI ScienceDMZ – Two types DTNs (SDN/L3 based) • 100G:...

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National Institute of Supercomputing and Networking National Institute of Supercomputing & Networking Introduction KISTI ScienceDMZ (Including PRP, NRP, Asia PRP) Jeonghoon Moon 8 th Aug 2018 APAN 46 th Meeting@Auckland, APRP Session

Transcript of Introduction KISTI ScienceDMZ · •KISTI ScienceDMZ – Two types DTNs (SDN/L3 based) • 100G:...

Page 1: Introduction KISTI ScienceDMZ · •KISTI ScienceDMZ – Two types DTNs (SDN/L3 based) • 100G: International & Giant Group Research & Study • 10~40G: Domestic Scientific Research

National Institute of Supercomputing and Networking

National Institute of

Supercomputing & Networking

Introduction KISTI ScienceDMZ

(Including PRP, NRP, Asia PRP)

Jeonghoon Moon8th Aug 2018

APAN 46th Meeting@Auckland, APRP Session

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Highlights of KREONET

1. 100G from Daejonto Chicago/StarLight

2. SDN-WAN Connection

to Chicago/StarLight,

Add Seattle and Hongkong (Aug)

3. 100G Ring linking major cities

4. 17 GigaPoPs with 1G, 10G or 40G

100G

KREONET2 & GLORIAD-Kr & SDN Deployment (KREONET-S)

Additional 100G from Daejeon to Seattle and Hongkong early 2019

100G

100G

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• KISTI ScienceDMZ– Two types DTNs (SDN/L3 based)

• 100G : International & Giant Group Research & Study

• 10~40G : Domestic Scientific Research Group / ~1G : Normal User (Fionette)

– Participated in 1st PRP Workshop since 2015 & 1st NRP Workshop since 2017

• Deploy ScienceDMZ and Activites

– Domestic

• Focus on Giant Group Research & Study(Data-Intensive Science) areas

• Examples : K*GENOME, GENOME RDC, LSST, HEP(CMS, ALICE), SDO, HPC,

GSDC, KSTAR, KBSI TEM, eKVN etc.

• Especially, eKVN(Korea eVLBI) and LSST deploy 100G connection (KASI)

• Deploy KISTI New Supercomputer with a DTN Cluster on 100G

• Dark Matter research using astronomical/particle big data on ScienceDMZ

– International

• Participate in PRP, NRP, APRP

• Asia PRP : Collaboration with APAN members for Deploy and use ScienceDMZ

• Participate in ‘Peta Scale DTN Project’

KISTI ScienceDMZs

eKVN

KBSI TEM KSTAR

K*GENOME

SDOHEP (CMS, ALICE)

LSST

GSDC

Genome RDC

Supercomputer(5th)

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KISTI ScienceDMZs

• SDN based DTN– Seoul & Daejeon on ONOS(SDN/VDN,

Currently, 10G)

– For SDN based applications of KREONET service

– Enabled SDN environment between Daejeon,

Chicago(now), Seattle, and Hongkong(in Aug

– Enabled SDN environments for 5 major places

in Domestic

• L3 based DTN– For International with 40G & 100G connection

for PRP and Peta Scale DTN

– From Aug, 2018, 100G test for Domestic

& International(SC18)

– Participated in PRP PS MaDDash (Prof. Tomas DeFanti & John Graham)

– Deployment for several areas

• Such as KISTI Supercomputer, eKVN, LSST, HEP, Climate Service and so on

• Expand 17 Giga Pops in KREONET(Domestic)

KISTI Supercomputer

KISTI SDN baseed DTN

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SDN status of KREONET(Intl’ &Domestic)

Intl’ Exchange

(via StarLight)

Seoul-Core

Busan-Core

ChangWon-Core

GwangJu-Core

Chicago-Core

ScienceDMZ/DTN

ScienceDMZ/DTN

GwangJu-Edge

Deajeon-Core

Deajeon-Edge

ChangWon-Edge

Busan-Edge

Chicago-Edge

Seoul-Edge

KIMS

Tongmyong

Univ.

Ulsan Observatory

Tamna Observatory

Yonsei Observatory

PLSI

(via KISTI)

OverCloud-Box

(via GIST)

Cloud Gateway

(COREEN)

PLSI

(via GIST)

OverCloud-Box

(via GIST)

Seattle-Core

Intl’ Exchange

(via PacificWave)

Chicago-Edge

Hongkong-Core

Hongkong-EdgeIntl’ Exchange

(via HKLight)

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Performance of KISTI ScienceDMZfor Domestic users 1/3

• Transfer performance of KISTI ScienceDMZ over SDN – Transfer performance between Seoul and Daejeon (over 160Km)

Iperf Verification(9.89Gb/s on 10GE)

GridFTP Verification(9.43Gb/s on 10GE)

SDN/ONOS/VDN Topology

Seoul-Daejeon transfer performance vi DTN

Transfer performance bwteen Seoul and Daejeon

- Iperf : 9.89Gb/s on 10GE- GridFTP : 9.43Gb/s on 10GE

VDN service on SDN/ONOSVDN service of TTA given connection and bandwidth

- supported

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Performance of KISTI ScienceDMZ 2/3SC16@Salt Lake City(Nov.2016) Data Transfer Demonstration

• Long Distance Data Transfer Demo with Harvey Newman Team

• Between Daejeon(Korea) – Chicago – Salt Lake City : 10GE

• Approximately 10,000mi

• Result : FDT Transfer with normal TCP • AVG : 9.16Gb/s on 10GE

• Max : 9.48Gb/s on 10GE

• DTN – FIONA (Flash I/O Node Appliance) • Dedicated Data Transfer Node

FDT transfer with normal TCP

on 10GE between Daejeon-Salt Lake City

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Performance of KISTI ScienceDMZ 3/3Expanding to the Global Research Platform

Via CENIC/Pacific Wave, Internet2, and International Links from Larry Smarr

PRP

PRP’s Current

International

Partners

Korea Shows Distance is Not the Barrier to Above 5Gb/s Disk-to-Disk Performance

Netherlands

Guam

Australia

Korea

Japan

Source: Larry Smarr(Calit2), 1st NRP Workshop@Bozeman 2017

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LSSTLarge Synoptic Survey Telescope:

potential usage case of the DTN

⚫ LSST (Large Synoptic Survey Telescope; http://lsst.org)

− 10-year (2022 ~ 2032) survey of Southern Sky support

ed by DOE, NSF, international contributors, and private

donors.

− Production of raw data about at a rate of 15TB~30TB p

er night.

− 0.5Exabyte is expected around 2032.

− NCSA is in charge of processing, archiving, and serving

the data.

− Engineering “First Light: anticipated in 2019

− Science “First Light “ in 2021

⚫ KASI (Korea Astronomy and Space Science Institute)

is one of the international contributors on behalf of

the LSST Korea (http://lsst.kasi.re.kr).

⚫ KASI – Deployment of ScienceDMZ and PRP

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ScienceDMZ for LSST in KASI

Data Volume of ~ 30TB per night• Data size : 0.5Exabyte for imaging (over 50PB for the catalog DB)

The LSST Network requirements• High demand end-to-end applications like LSST require that all networks in the path support

QoS and Programmability

• Each 12.7GB data set (6.4GB picture + 6.3GB metadata) must be transmitted to the U.S. in 5 seconds and Database synchronization, etc.

LSST data (part of data set) transfer from Chile and NCSA(US) to KASI• LSST data transfer demonstration at SC18 (Nov)

100G

100G

100G

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ScienceDMZ Architecture for HPC(Collaboration with NERSC & Esnet)

• ScienceDMZ for KISTI 5th Supercomputer – Dedicated DTN connection with NERSC DTN

• Peta Scale DTN transfer Project– DTN Cluster on 100GE

• Globus Online– GridFTP

DTN

DTN

DTN

DTN

100G Switch

SDN(VPN/VDN)

5th Super-computer

File System

Normal User

DTN Cluster

F/W

슈퍼컴퓨터 5호기 100G/SDN

Peta Scale transfer environment over KISTI 5th Supercomputer

Collaboration with NERSC ScienceDMZ

DTN Cluster

ScienceDMZ architecture for HPC

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4Gbps FabricInfiniband10GbE Network

Sun X4270 36EA / J4400 72EALustre OSS Servers

MPP Computer Cluster(3200 Nodes)

SUN X4600 4EASAM-QFS MDS Servers(Dual PCI-E(4) : Disks, PCI-E(1) : 10GbE, Dual PCI-X(2) : Tapes)

Brocade 48K

STK 6140 (24 Tray)(500GB SATA, ??TB Usable)

STK 8500 (LTO4 16 Drives)(1050 LTO3 Media)

IBMSMP

10GbE Network

6

6

(8 Port for Disk per Svr)(4 Port for Tape per Svr)

(1 Port for 10GbE per Svr)

2

22

22

22

22

66

66

6

66

6

Brocade 48K

SUN V215(ACSLS Server)

BACKUP2

[117TB]

2

4

Sun X4270 6EA / J4200 5EALustre MDS Servers

DTN 4 node(Dual PCI-E(1) : IB, PCI-E(1):10GbE)

66

6

6

6

Sun X4270 2EA [admin01.02]Provisioning Servers

HO

ME01/A

PPLIC

/SCRATCH

METAD

ATA

M9-648*8EA

M2-36 *6EA

KISTI Supercomputer architecture with DTN

DTN

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SC18 Demonstration & LSST Project in Korea

• 100G connection with KISTI Booth@SC18

– 100G DTN demonstration between SC18 KISTI booth and Daejeon

– 100G switch and DTN will be set up at booth

– PRP/APRP collaboration

• Participate in Global 100G DTN demonstration with Caltech (Harvey Newman)

– Participate in several demonstrations with Global partners

• 100G LSST Demo (Working on a scenario)

– Focus on real LSST data from Chile to real user of Korea via US

– KASI(Korea Astronomy and Space Science Institute)• One of 100G users in KREONET

• One of the international contributors on behalf of the LSST Korea(http://lsst.kasi.re.kr)

– Two Endpoints will be available

• KASI and KISTI(Daejeon)

• 100G DTN will be set up before SC18

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✓ Asia Pacific Research Platform(APRP) WG in APAN- Chair : Jeonghoon Moon, KISTI, Korea

- Co-Chair : Andrew Howard, NCI, Australia

- Secretary : Asif Khan, Perdana Univ. Malaysia

- Committee Member : Yves Poppe(NSCC, Singapore), Kenneth Ban (NUS, NSCC, Singapore),

Lin Gan(Tsinghua Univ. NSCC Wuxi, PRC), Garry Swan(CSIRO, Australia),

Suhaimi Napis(Putra Univ. Malaysia)

✓ APRP Project- 100G HK-Marseille link in June 2018 at TNC18 as first 100G Ring-Around-The-World

- Cooperation of Asia – USA – Europe to build a Global Research Platform with PRP, NRP,

ERP and APRP

- Asia-Pacific Bioinformatics Network (APBioNet) to propose genomics link with ELIXIR

- Ability for us to submit projects to TEIN*CC for Asia@Connect funding

- Related Research & Work for HPC in Asia

✓ APRP Roadmap- 2nd NRP Workshop at Bozeman, Aug, 2018

- APAN 46th Meeting at Auckland, Aug, 2018

- SC18 at Dallas, Nov, 2018

- APAN 47th at Daejeon Feb. 2018

- SCAsia19 at Singapore Mar, 2019 (APRP Conference will be held)

APRP - Asia Pacific Research Platform

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National Institute of Supercomputing and Networking 15