Surveillance and Broadcast Services

1. Surveillance and Broadcast Services ASAS in NextGen Roberta Massiah April 24, 2007

2. Agenda • Transition to NextGen • Initial Applications • Benefits • Future Applications • Balancing • Prioritization • Qualitative Score Sheet • Next Steps

3. Key Near-Term Investments Realizing NextGen Current Programs NextGen Trajectory-Based Operations Aircraft Data Communications Performance-Based Operations and Services Separation Management Collaborative TFM Precision Navigation Weather Integration Surveillance Services Network-Centric Information Sharing ERAM Enhancements Automated Problem Resolution Concept Demonstrations Trajectory-Based Ops/High Density Infrastructure Robust Flow of Information TFM-M Enhancements Time-Based Metering Terminal Enhancements Merging and Spacing Tools RNP/RNAV Expansion Precise Navigation Data Communications Flight Intent Downlink ADS-B Aircraft Separation SWIM/Net-Enabled Weather Net-Centric Information Sharing ERAM TFM-M STARS/CARTS RNP/RNAV Airspace Mgmt Program Initial ADS-B Initial SWIM

4. Background: Initial ADS-B ServicesFY2007- FY2010 Link to Initial Services and Applications Detail

5. Background: Initial ADS-B ApplicationsFY2007- FY2010 Link to Initial Services and Applications Detail

6. Sample Initial Applications Enhanced Visual Acquisition Enhanced Visual Approach Range Indication Climb/descent rate Selected Target Closure Rate Selected Target Info

7. Quantified Benefits for Initial Applications

8. Future Applications 1 – ASAS Application; 2 – RFG Application Link to Future Applications Detail

9. Future Applications 1 – ASAS Application; 2 – RFG Application Link to Future Applications Detail

10. Selection Approach Lifecycle Cost Research, design, and development cost Construction cost Production cost System operation cost Maintenance and support cost Retirement, material recycling, and disposal cost System Effectiveness System performance Availability, dependability, reliability, maintainability, and supportability Constructability Human Factors System quality Disposability Other technical factors

11. Prioritization Activities to ensure that the innovations we develop are effectively applied to produce value for the airspace users The work we do as we execute the selected array of applications, which taken together, produce the capabilities we need Air to Air Applications Simulation Develop Deploy Concept Exploration Scorecard Decide Discover All the things we do to explore and understand our applications, opportunities, the directions we could choose to pursue in addressing our airspace needs Steps we take to screen the many ideas we could pursue and narrow them down to the select portfolio(s) we will pursue with our limited resources

12. Prioritization (continued) DISCOVER In-Service Test Concept Delivery Vision Strategic Roadmaps Con Ops DEPLOY Requirements Validation High Level Deployment Plans Pilots Test Low Level High Level Design DECIDE DEVELOP High Level Test Verification Portfolio Investment Plan Plans, Schedules, Resources, Progress Tracking Low Level Low Level Development

13. Generic Scorecard

14. Scoring Guidelines

15. Deciding the ‘Right’ Application To Invest In

16. Next Steps • Developing applications to the point of implementation • Measuring value in demonstration trials • Leverage activities across international community to maximize value

17. Additional Presentations • Randy Bone will be presenting on Flight Deck Merging and Spacing