1 / 14

Earth Observation Mission data transfer experiment plan by using GEANT and APAN

Earth Observation Mission data transfer experiment plan by using GEANT and APAN. JAXA/EORC Osamu Ochiai, Isao Nakanishi APAN 2005 @ Taipei August 25 th 2005. Contents. JAXA Earth Observation Mission status & plan Data exchange scheme for each Mission Purpose of the experiment

emery-flores
Télécharger la présentation

Earth Observation Mission data transfer experiment plan by using GEANT and APAN

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Earth Observation Mission data transfer experiment plan by using GEANT and APAN JAXA/EORC Osamu Ochiai, Isao Nakanishi APAN 2005 @ Taipei August 25th 2005

  2. Contents • JAXA Earth Observation Mission status & plan • Data exchange scheme for each Mission • Purpose of the experiment • Experiment detail • Future Plan

  3. ADEOS-II / AMSR JAXA Earth Observation Mission status & plan 2002 03 04 05 06 07 08 09 10 11 12 13 14 ～ JFY ALOS 【Optical Sensor】 Disaster Monitoring And Resource Management MOS-1,ADEOS (87~95) (96~97) 【Optical & SAR】 Geo-Stationary Earth Observation Mission JERS-1 (92~98) Disaster Monitoring constellation Mission Global Warming And Global Water Cycle Observation 【Precipitation Radar】 TRMM/PR GPM /DPR (97~) 【Microwave Sensor】 Water Cycle Observation ADEOS-II follow on MOS-1 (87~95) Aqua / AMSR-E 【Sea Surface Wind Vector, SST】 GCOM-W/ AMSR F/O Note: This chart includes NOT authorized plan 【Optical Sensor】 【Cloud, Aerosol, Vegetation】 MOS-1, ADEOS ADEOS-II / GLI Climate Change Observation GCOM-C/ GLI F/O (87~95) (96~97) Legend Symbol 【Cloud, Aerosol】 【Cloud Radar】 Planned Project EarthCARE/ CPR Approved Project 【Spectrometer】 ADEOS/ILAS CO2 【 】 Greenhouse Gas Observation After Operation Period (96~97) ADEOS-II / ILAS-II GOSAT

  4. EMSnet Abilene 10 gbps Data exchange scheme for each Mission- Current Operational Mission - 10 Gig NYC 5 Gig 25 mbps SInet JAXA DC Tsukuba TRMM, science data 10 Gig College Park, MD MAX 25 mbps 2 mbps ATM 6 mbps PVC GigE OC-12 JPL GSFC JAXA-EOC Pasadena CA Greenbelt MD Hatoyama TRMM, AMSR-E Mission data Operations Flows Science Flows

  5. Abilene 10 gbps Data exchange scheme for each Mission- Transit Operational Mission (use SInet case) - 10 Gig NYC 5 Gig TBD mbps SInet JAXA DC Tsukuba 10 Gig TRMM, AMSR-E, mission and science data College Park, MD MAX TBD mbps GigE JAXA-EOC GSFC Hatoyama Greenbelt MD Combined Operations and Science Flows

  6. Abilene 10 gbps Data exchange scheme for each Mission- Transit Operational Mission (use APAN case) - TransPac 10 gbps Chicago, Il Tokyo, JP Star Light TXP TransPac 10 gbps TBD m 10 gbps College Park, MD 10 gbps Pacific Wave 10 gbps MAX JAXA Los Angeles, CA GigE TRMM, AMSR-E, mission and science data TBD mbps GSFC JAXA-EOC Combined Operations and Science Flows Greenbelt MD Hatoyama

  7. ASF CNES/ESA NOAA JAXA Asia Region GA Europe and Africa Region North and South America Region Australia and Oceania Region Antarctica : JAXA in association with National Institute of Polar Research Data exchange scheme for each Mission- Future Mission (1/2) - ALOS Data Node framework to enhance to use the data more efficiently. • Each Node is associated with a • geographical zone which defines • the extent of its area of activity • (supporting the physical residents • therein as potential ALOS users) • as an ADN partner. • ESA: Europe and Africa • NOAA/ASF: North and South America • GA: Oceania • JAXA: Asia • GISTDA: Asian Sub-Node • JAXA will receive global ALOS (to be launch in 2005) data via Data Relay satellite. • JAXA to send the ALOS Level 0 data to each Node (Currently media (SONY/DTF-2) shipment.) • JAXA and Nodes are discussing to move the High Speed network transfer. • Data Volume totally 600GB/day • (ESA: 146GB/day, ASF: 180GB/day, GA: 58GB/day, GISTDA: 61GB/day, other: 91GB/day). • Each Node to receive the data in 24hours -> necessary STABLE/RELIABLE bandwidth • 20Mbps/Node.

  8. Data exchange scheme for each Mission- Future Mission (2/2) - High Latitude data receiving station and network transfer to Japan. ALOS (backup usage) GOSAT (nominal usage) SSC @ Sweden, Kiruna Or KSAT @ Norway, Toromso/Svalvard • High Latitude receiving station capture the GOSAT (and ALOS) data each 100min interval. • Data Volume is 44GB/day for GOSAT and same level or more for ALOS. • Receiving the data in 100min/orbit -> necessary STABLE/RELIABLE bandwidth over 20Mbps.

  9. Purpose of the experiment • Based on the JAXA EO satellite plan, data exchange volume will increase. • Data exchange and distribution are also encouraged as near real time base. • In terms of current mission (TRMM, AMSR-E), JAXA is planning to transit from leased line to APANorSInet. • In terms of future mission (ALOS, GOSAT,...), data volume is huge and we need STABLE, RELIABLE and REASONABLE network. • This Japanese Fiscal Year, JAXA is planning to evaluate the network performance, transfer protocol and security by using APAN before future mission become operational.

  10. GEANT APAN a pan-European multi-gigabit data communications network Asia Pacific Advanced Network Abilene an Internet2 high-performance backbone network Experiment detailSys. Configuration (1/3) Kiruna/SWEEDEN Tracking Station Tokyo/JAPAN NOC Area-B Area-A

  11. Experiment detailSys. Configuration (2/3) Protocol Layer Configuration Northern Europe JAXA/JAPAN APAN + Abilene + GEANT AP AP FTP FTP TCP XTP TCP IPv4 (IPv6 into the future) • XTP (Xpress Transfer Protocol) : • Eliminates the impact of high latency due to distance delay, and accelerates all TCP based applications (especially large flow, e.g. large file transfer via intercontinental links). • Eliminates high packet loss and unnecessary retransmissions. • Establish communication pass immediately. (XTP:1 packet, TCP:3packets) • Supports multicast.

  12. Experiment detailSys. Configuration (3/3) Configuration for The Data Transfer Experiment (FY2005) Tokyo/JAPAN Terminals (FTP Server/Client) Console for XTP Router Kiruna/SWEEDEN HUB APAN/GEANT XTP Router Router Router(FireWall) XTP Router HUB Terminals (FTP Server/Client)

  13. Experiment detailTest Overview • Before we begin: • Verify by ping command that a healthy network exists end-to-end. • The Test: • Transport mission data files (MAX size:1GB) via several FTP/TCP and FTP/XTP links. • Monitor the throughput of FTP/TCP and FTP/XTP traffic. • Verify that APAN network and XTP supplies efficient mission data transmission.

  14. Future Plan FY2005 The Data Transfer Experiment FY2006 ALOS Mission Data Transfer The future projects

More Related