1. JSOC Status at SDO PSR-1 January 21-22, 2009 GSFC
HMI and AIA JSOC Overview
JSOC Instrument Operations Center (IOC) Status
JSOC Science Data Processing (SDP) Status
JSOC-SDP HMI Level-2 Products
JSOC AIA Visualization Center (AVC) Status
JSOC-AVC AIA Higher Level Products
January 21-22, 2009
GSFC

2. HMI and AIA JSOC Architecture
Science Team
Forecast Centers
EPO
Public
Catalog
Primary Archive
MOC
DDS
Redundant Data Capture System
12-Day
Archive
Offsite
Offline
HMI JSOC Pipeline Processing System
Data
Export
& Web
Service
JSOC-SDP
LMSAL
High-Level
Data Import
AIA Analysis
System
Local Archive
HMI & AIA
Operations
House-
keeping
Database
Quicklook
Viewing
housekeeping
GSFC
White Sands
World
JSOC-IOC
Stanford
JSOC-AVC

3. JSOC Instrument Operations Center (IOC) Status
AIA and HMI commanding and health/safety monitoring will be performed by the JSOC-IOC at LMSAL
Secure room and network in place, as are the workstations, T1 lines, and the GSFC-provided routers
Systems have been used to support Observatory I&T activities and Mission Simulations
JSOC-IOC hardware and software highly leveraged from that used by AIA and HMI during I&T program
Identical JSOC-IOC systems are installed in the MOC and have been successfully used during Mission Simulations
Will remain in the MOC “forever” as a backup capability to the JSOC-IOC T&C systems
Image data (a modest/reduced subset of what is collected) routinely flows from Stanford (JSOC-SDP) to the JSOC-IOC, the MOC and the open Internet. Higher quality images flow to JSOC-IOC over a high-speed, dedicated line between Stanford and LMSAL.
Alert Notification System (ANS) will function 24 hours a day every day
Communicates with Observatory Alert Notification System operating at the MOC
Set-up and testing of these systems is in process
Health pages will be available on the Internet for remote monitoring 3

4. JSOC Instrument Operations Center (IOC) Status
JSOC-IOC is functionally ready to support L&EO commissioning
Work remaining includes:
Alert Notification System – completion expected March 2009
Including limits for FOT displays
Web-based health monitoring system – April 2009
Level-0/24-Hr HK index files and file system – well under way, expected completion March 2009
STOLs/scripts for commissioning and sequencing on-orbit
Will be tested during dry-runs and Mission Simulations in February 2009
Operations Manual – Draft in March 2009
EGSE update (as per PFR SDO-432) – expected late January 2009
Mission/Sequence Planning Tools – expected May 2009 4

5. JSOC Science Data Processing (SDP) Status
JSOC-SDP supports both HMI and AIA through Level-1 and HMI through Level-2 science data products
Development was/is done in staged plan as needed
JSO-SDP Infrastructure is nearly complete
Infrastructure was needed to support prelaunch activities and is complete except for:
JSOC-SDP Hardware
Database systems – Warm standby system planned for May 2009
Web Server – Upgrade Planned for May 2009
JSOC-SDP Software
Data Record Management System and Storage Unit Management System (DRMS/SUMS) complete except for support of remote (Co-Investigator) systems, expected complete by March 2009
Software Components needed to support commissioning
Level-0 Image processing both AIA and HMI is ready and was used to support Observatory I&T
Level-0 HK, FDS and other metadata merge – 80% complete, expected Feb 2009
Level-1 (science observables)
HMI Doppler and LOS Magnetic – 40% complete, expected March 2009
HMI Vector Field Observables – 70% complete, expected May 2009
AIA Level-1.5 Images – 20% complete, expected June 2009

6. JSOC-SDP Status Cont.
Software components needed to support science mission:
Production Pipeline Manager – Development just beginning, expected June 2009
HMI Level-2 (Version 1 of science data products)
Local Helioseismology
Work in parallel on three complementary methods known as “rings”, “time-distance”, and “holography” proceeding at Stanford and four Co-I institutions with basic capability expected by June 2009
Global Helioseismology:
low-l  – “traditional helioseismology” port of SOHO/MDI code, 95% complete
high-l – “near-surface global seismology” 40% complete, goal of June 2009
Magnetic Field standard products – Port of MDI code just beginning, expected June 2009
Vector Field disambiguation – new several-site collaborative effort, 60% complete with preliminary product ready by end of commissioning (requires real data to proceed)
Export and Catalog Browse Tools
Functional but needs work (
Refinements will continue
All science products need flight data during commissioning to complete development
Stanford Summary: On schedule for L–6 and Phase E – 8 months

7. JSOC AIA Visualization Center (AVC) Status
JSOC-AVC supports AIA beyond Level-1
includes the Solar event identification system
JSOC-AVC hardware infrastructure being deployed:
100TB cache and 10Gbps link to SDP are operational, as are all servers
Internal LMSAL network upgraded to support SDO science analysis
Internet2 connectivity and bandwidth upgrade in progress
Final database server and analysis hardware
JSOC-AVC software components needed to support science mission
Developed using spiral process
All components functioning and communicating at basic level
Development of Enhanced/production versions underway:
Science Inspection Tools (Panorama/Annotator+)
Workstation level operational, Full-resolution version under development
Event Detection System
Basic Control Software operating
SAO will supply detection modules (selected by NASA HQ competitive process)
User interface under development
Web services and clients
Prototypes online: see
Working with Helioviewer and other client developers to support Heliophysics Event Knowledgebase (HEK)

8. JSOC-AVC AIA Higher Level Products
Derived Data products
Global DEM maps - 30% complete: basic quick look by May 2009, final product depends on real data
EUV light curves - 70% complete, expected in May 2009
Model magnetic field overlays for full-disk and active regions - 50% complete, expected in May
Segmentation maps identifying various features (1 feature/bit plane) - 20% complete, expected by launch
All products and algorithms specified: assigned to developers
Event and browse products
Event descriptions based on “SDO VOEvent” XML schema
12 classes defined using an extensible controlled vocabulary - completed December 2008
Working with various semantic web team on inference system to guide users to events - work recently began
Links from event to JSOC data query being worked with VSO partners - 50% complete, due May 2009
Summary movies of all event classes at standard HD resolutions
Sampling/resolution dependent on event class - as defined December 2008
All Active Regions tracked across disk - 60% complete, expected April 2009
Full-disk movies at 1k resolution - 80% complete, expected April 2009
Working with browse client team to define optimal resolution/compression scheme
Movie software workflow being defined to support production and distribution - 50% complete, expected in May 2009
LMSAL Summary: On schedule for Phase E – 8 months