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HALA! SESAR Research Network Towards Higher Levels of Automation in ATM Tutorial on ATM & Automation Tutorial on ATM & Automation HALA! Position paper: Research Themes" Nicolas Suarez Technical Manager at CRIDA nstetzlaff@e


  1. HALA! SESAR Research Network Towards Higher Levels of Automation in ATM Tutorial on ATM & Automation Tutorial on ATM & Automation “HALA! Position paper: Research Themes" Nicolas Suarez Technical Manager at CRIDA nstetzlaff@e ‐ crida.aena.es

  2. Introduction Introduction Main Issues related to the automation process p ATM Research themes Trajectory Management • Human Factors • Trajectory Management • Decision Support Systems D i i S t S t • Control System Techniques • Seamless UAS testbed for innovation Seamless UAS testbed for innovation

  3. The future ATM system

  4. How do we get the questions? How do we get the questions?

  5. Asking the right questions Cl Clear Focus on the hard Stimulate critical Stimulate critical Linked to the questions that will thinking and overall objective creativity define the define the challenges Make you think

  6. Know your area • Background • Identify Technical & Operational enablers • Scope • Current systems & • Current systems & • Identify Operational • Relationships technologies Improvements • On going research • Identify Gaps Understand Analyse the problem

  7. Main R&D questions related to the automation process

  8. Adequateness and Responsive and adaptive correctness of the human automation role in the control system role in the control system Automation R&D questions Resilience and control Resilience and control Modelling system degradation

  9. Resilience and control system degradation degradation Defining Defining recovery paths recovery paths recovery paths recovery paths Monitoring for Monitoring for Monitoring for Monitoring for Designing Designing in degraded in degraded system system Human role Human role resilient systems resilient systems modes of modes of degradation degradation operation operation operation operation Assessing abilities & bili i & prerequisites Recovery from system degradation

  10. Adequateness & correctness of the human role in the control system human role in the control system Maintain or Maintain or Human trust & Human trust & Human trust & Human trust & enhance enhance Modelling the Modelling the dependence dependence situational situational human role human role on automation on automation awareness awareness

  11. Responsive and adaptive automation automation Function allocation is changed during h d d Provide aid to system operation reduce workload based on operator needs Reduce cost cost Ensure Ensure efficiency Safety first!!!

  12. Modelling Understand Understand and model the and model the system control system control interactions interactions Normal and Abnormal Abnormal operational conditions Possible un ‐ expected d situations

  13. Specific ATM R&D questions

  14. Human Factors Seamless UAS testbed Trajectory for for Management Management innovation ATM R&D questions Control Decision System Support Techniques Systems

  15. Human Factors Distribution of responsibilities Distribution of responsibilities & Competences required for pilots, ATCos and other actors Human Machine Interfaces Situational Awareness

  16. Trajectory management Creating Maintaining & Creating, Maintaining & Synchronizing a consistent view of the trajectory Establishing common formats to describe the trajectory Enable ground ‐ based ab e g ou d based automation systems to efficiently deconflict and expedite Business Trajectories p j

  17. Decision ‐ Making and Autonomous Behaviour Behaviour Sense and Avoid technology Data filters (optionally adaptive) f for received information i d i f ti •Fully automated pre ‐ processing •Fully automated preselecting False alarm situation prevention

  18. Control System Techniques Air Traffic Management decision ‐ support tools for mixed traffic (manned and unmanned) Network ‐ centric trajectory negotiation protocols for ATM automation in mixed traffic scenarios traffic scenarios Data fusion

  19. Seamless RPAS test bed for innovation innovation Sense and avoid Automated Automated separation assurance RPAS nmission S i i design

  20. Centro de Referencia I+D+i ATM Centro de Referencia I+D+i ATM f “You have a sack of corn. If you eat it all now, you die later. If you plant it all now, you die now. If you plant half of it now and eat the other half now, you survive now, and sustain yourself for later. Science is that part of the corn that you plant” that part of the corn that you plant Heuer, Rolf. Director of CERN. Presentation of results that confirm the existence of the Higgs boson. Fecha Titulo 22

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