AUTOMATION PACE

Risultati finali

Elaborate a Plan to implement the actions required to ensure that the project’s results are disclosed and used as much and as widely as possible

ATCo Psychological Model with Automation

This deliverable will present the research on a psychological model based on established attentional theories (Classical vs MART) to predict human-automation interaction.

Final Project Results Report

This Final Project Results Report will summarize the project scope and objectives, the achieved results and main conclusions, the performed communication and dissemination actions, and the Exploitation and follow-up activities proposed for the next stage of the R&I lifecycle. It will include a self-assessment of the TRL (Technology Readiness Level) achieved at the end of the project.

Competence and training requirements

This deliverable will present the research on new competences along with a catalogue of training strategies to ensure attention on the main task out-of t-the loop mitigation) or to cope with stress (fears on automation failures mitigation).

Dissemination and Exploitation report

(Yearly updated).

Preliminary Safety Hazard and Performance Assessment

This deliverable will present the Hazard Assessment methodology followed and the results of the assessment. Besides, this deliverable will present the benefit mechanisms to estimate performance benefits based on psychological modelling and the conclusions achieved about the benefits of the selected automation scenarios.

Future Automation Scenarios

This deliverable will present the full set of AUTOPACE scenarios as determined in task P02.01&P02.02. This deliverable will also present a preliminary identification of skills, aptitudes and knowledge required to operate with automation depending on the level and type of automation. Rationale behind the necessity of these competences will be included.

Pubblicazioni

HAZARD IDENTIFICATION APPROACH FOR FUTURE HIGHLY-AUTOMATED AIR TRAFFIC MANAGEMENT CONCEPTS OF OPERATION: EXPERIENCES FROM THE AUTOPACE PROJECT

Autori: FEDJA NETJASOV, BOJANA MIRKOVIC, TATJANA KRSTIC SIMIC, OBRAD BABIC
Pubblicato in: Safety and Security Engineering VII, 2017, Pagina/e 303-315, ISBN 9781-784662110
Editore: WIT Press
DOI: 10.2495/SAFE170281

Safety Risk Assessment in Future Automated Air Traffic Management System

Autori: BOJANA MIRKOVIC, FEDJA NETJASOV, TATJANA KRSTIC SIMIC, OBRAD BABIC
Pubblicato in: Transportation Research Board Annual Meeting Online, Numero Transportation Research Board (TRB) 97th Annual Meeting, 2018, Pagina/e 16
Editore: Transportation Research Board, The National Academies

Methodology for Safety Risk Assessment in Future Air Traffic Management Concept of Operations

Autori: BOJANA MIRKOVIC, TATJANA KRSTIC SIMIC, FEĐA NETJASOV, OBRAD BABIC
Pubblicato in: Proceedings of SYM-OP-IS 2017 (44rd Symposium of Operations Research), Numero 44rd Symposium of Operations Research, 2017, Pagina/e 729-733, ISBN 978-86-7488-135-4
Editore: Visoka gradjevinsko-geodetska skola

AN AIR TRAFFIC CONTROLLER PSYCHOLOGICAL MODEL WITH AUTOMATION

Autori: FERNANDO GÓMEZ, ROSA ARNALDO, ALVARO RODRIGUEZ, DANIEL PEREZ Aerospace Systems, Air Transport and Airports Department,Universidad Politécnica de Madrid, Madrid, Spain JOSÉ JUAN CAÑAS, PEDRO FERREIRA Mind, Brain and Behaviour Research Centre, University of Granada, Granada, Spain EVA PUNTERO, PATRICIA LÓPEZ, ELENA LÓPEZ CRIDA A.I.E ATM R&D + Innovation Reference Centre, Madrid, Spain
Pubblicato in: Proceedings of the EASN Association Conference Series, Numero 7th EASN International Conference on Innovation European Aeronautics Research, 2017, Pagina/e 1187-1200, ISSN 2523-5052
Editore: EASN Association

Risultati finali

Pubblicazioni

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