RBSP EFW GSE and SOC-GSE

RBSP EFWGSE and SOC-GSE GSE and SOC-GSE (Science Operations Center In Support of INT) John Bonnell Will Rachelson Matt Born Space Sciences Laboratory University of California, Berkeley EFW INST+SOC PDR

EFW GSE and SOC-GSEOutline • Science Operations Center (SOC) • Requirements • Organization • Description: • Data Products • Data Processing Flow • Development: • Schedule and Milestones • Test Plan • Status EFW INST+SOC PDR

EFW SOCRequirements • The EFW SOC allows the EFW SOC and Science teams to: • Process and distribute EFW science data in a timely, accurate, and configuration-controlled fashion. • Efficiently command and control the EFW instrument, both during ground testing and on-orbit operations. • Governing documents: • RBSP Mission Requirements Document (DOC-REF). • RBSP-EFW UCB Performance Assurance Matrix (GSE and SOC tabs). • RBSP EFW SOC Requirements Document (DOC-REF). • RBSP EFW SOC Software Development Plan (DOC-REF). • Contributing Documents: • RBSP Science Data Management Plan (DOC-REF). EFW INST+SOC PDR

EFW SOCOrganization • The EFW SOC will be: • Developed at UCB. • Hosted from UCB. • UCB has played a similar role on previous missions: • CRRES, Polar, FAST, THEMIS. • EFW Instrument I&T occurs at UCB, and SOC development builds on the GSE required to support that effort: • GSE→Test SOC→FLT SOC. EFW INST+SOC PDR

EFW SOCTop-Level Data Processing Diagram EMFISIS SOC MAG data OTHER RBSP and GEOPHYSICAL DATA Sources RBSP MOC CTG-CTG SOC-NRT SOC-PDP SDC-MDP SDC-MAG SDC-ODP SDC-BSEL EFW Supporting DATA ARCHIVES: EMF-MAG STATE MOC OGPD SOC-logs EFW Instrument DATA ARCHIVES: SOH L0+, L1, L2, QL, CAL, L3+ SDC-DVAL SDC-CAL SDC-SDA RBSP EFW SOC Command-Telemetry-Ground Support (CTG) and Science Data Center (SDC) elements. I-CDR SOC-CDR Jan 2010 EFW INST+SOC PDR

EFW SOCData Processing Organization • SOC is divided into two parts: • Command, Telemetry, and Ground Support (CTG). • Science Data Center (SDC) • CTG consists of a single CSCI, CTG. • SDC consists of 9 CSCIs, 1 of which is directly relevant to INT efforts: • NRT – Near-real Time data processing and display. • METUTC -- MET↔UTC Time Conversion • PDP – Processed Data Production. • DVAL – Data Validation • BSEL – Burst Data Selection • MDP – MOC Data Products Processing. • MAG – MOC and EMFISIS Data Products Processing. • ODP – Other RBSP and Geophysical Data Products Processing. • SDA – Science Data Analysis. • CAL – EFW Calibration Parameter Production. EFW INST+SOC PDR

EFW SOCData Products EFW INST+SOC PDR

EFW SOCCTG Block Diagram GSE EFW INST+SOC PDR

EFW SOCNRT Block Diagram RBSP MOC EFW SOC CTG Near-Real Time Data Acquisition, Processing, and Display (Science and SOH) MOC L0 to SOC L0+ processing EFW L0+ Archive L0+ to L1 Processing EFW L1 Archive NRT Data Analysis And Display Autonomous Operation SOC and SCI team input required External Process or Resource EFW INST+SOC PDR

EFW SOCDevelopment Plan: Schedule and Milestones EFW INST+SOC PDR

BACKUP SLIDES EFW INST+SOC PDR

EFW SOCTest Plan • Detailed GSE-SOC test plan under development (due Q2 or Q3, 2009; supports SDP Phase II). • CSCI elements will be tested in isolation to establish basic functionality (test cases; error cases and signaling). • Example: phased introduction of DCB functions and testing using GSE. • Elements are brought together into full modules and fed instrument data from known sensor excitations to verify module-level functionality and requirements fulfillment. • Example: basic instrument functional tests during I&T. • End-to-end testing at each stage of integration to weed out problems early. • Example: testing of complete PDP chain as early as possible during Phase D using data from SC I&T and environmental tests. EFW INST+SOC PDR

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RBSP EFW GSE and SOC-GSE