Action Plans

1
Action Plans 

• R E Murphy
• NPP Project Scientist
• Nov 5-6, 2003 

2
Purpose of Breakout Sessions

• Identification of issues concerns
• Outline of reports suggested assignments
• Timeline for producing draft reports
• Identification of synergisms within Team
• Identification of support needed from the PSG
• Plan structure for follow-on meetings
• Recommendation for the timing and nature of
  future splinter plenary sessions
• Interacting among future splinters

3
Breakout Sessions

• Action Plans - The Algorithm Analysis Report
• Group 1 focuses on sensor physics Level 1
  algorithms
• All sensors together for common issues
• Heavy pre-launch emphasis
• Group 2 focuses on L2 higher algorithms
• All sensors together for common issues
• Pre-launch verification
• Post-launch validation
• Action Plan - Science Operations Concept
• Group 3 focuses on the infrastructure and
  processes needed to conduct studies and write
  reports
• How we interact with the SSPR contractor on
  operations
• Data systems issues, computational resources,
  tools etc

4
Calibration Verification Validation Program
System Perspective
Prelaunch
Post-Launch
Long-Term Monitoring


Sensor Characterization and Calibration
Operations, Maintenance, and Upgrades
Calibration and characterization on-orbit
Heritage sensor data, design analysis
Calibration and characterization ground tests
Sustaining calibration and validation

Algorithm tuning and upgrades

RDR/SDR validation
Verification of science algorithm quality and
latency
Verification of operational algorithm quality and
latency
Validation of operational EDR quality and latency
Operational EDRs
RDR/SDR/EDR Validation
RDR/SDR/EDR Verification
5
Calibration Verification Validation Program
System Perspective
Prelaunch
Post-Launch
Long-Term Monitoring


Sensor Characterization and Calibration
Operations, Maintenance, and Upgrades
Calibration and characterization on-orbit
Heritage sensor data, design analysis
Calibration and characterization ground tests
Sustaining calibration and validation

Algorithm tuning and upgrades

RDR/SDR validation
Verification of science algorithm quality and
latency
Verification of operational algorithm quality and
latency
Validation of operational EDR quality and latency
Operational EDRs
RDR/SDR/EDR Validation
RDR/SDR/EDR Verification
Splinter 1 Sensor Calibration
Characterization Level 1 Algorithm Validation
6
Calibration Verification Validation Program
System Perspective
Prelaunch
Post-Launch
Long-Term Monitoring


Sensor Characterization and Calibration
Operations, Maintenance, and Upgrades
Calibration and characterization on-orbit
Heritage sensor data, design analysis
Calibration and characterization ground tests
Sustaining calibration and validation

Algorithm tuning and upgrades

RDR/SDR validation
Verification of science algorithm quality and
latency
Verification of operational algorithm quality and
latency
Validation of operational EDR quality and latency
Operational EDRs
RDR/SDR/EDR Validation
RDR/SDR/EDR Verification
Splinter 1 Sensor Calibration
Characterization Level 1 Algorithm Validation
Splinter 2 L2 Pre-launch Verification
Post-launch validation Upgrade
7
Calibration Verification Validation Program
System Perspective
Prelaunch
Post-Launch
Long-Term Monitoring


Sensor Characterization and Calibration
Operations, Maintenance, and Upgrades
Calibration and characterization on-orbit
Heritage sensor data, design analysis
Calibration and characterization ground tests
Sustaining calibration and validation

Algorithm tuning and upgrades

RDR/SDR validation
Verification of science algorithm quality and
latency
Verification of operational algorithm quality and
latency
Validation of operational EDR quality and latency
Operational EDRs
RDR/SDR/EDR Validation
RDR/SDR/EDR Verification
Splinter 1 Sensor Calibration
Characterization Level 1 Algorithm Validation
Splinter 2 L2 Pre-launch Verification
Post-launch validation Upgrade
Splinter 3 Infrastructure, tools and processes
8
Proposed Breakout Assignments