Human factors design principles for a stabilised approach digital assistant
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Provides a comprehensive definition of the case study based on the integration of the stabilised approach assistant into operations.Reports on Task 3.2
Human-machine collaboration in en-route operations
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Presents the results of the implementation of the technological demonstrator for the en-route case study.Reports on Task 4.1
Human performance and automation integration report
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Metrics and procedures to evaluate human-machine collaboration.Reports on Task 2.2
Human-machine collaboration in Drones Risk Assessment
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Presents the results of the implementation and validation of the technological demonstrator for the drones risk assessment case study.Reports on Task 4.3
Safety Bow-Tie analysis for AI case studies
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Overview of strategic documents for AI certification and regulatory documents and implications on each of the use cases.Reports on Task 5.1
Regulatory cohesion for digital assistants implementation
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Definition of guidelines on how regulatory activity should achieve harmonisation and coherence.Reports on Task 5.2
Design principles for digital assistants and HF assessment methodology
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Generalization of the human factors design principles framework for aviation. Reports on Task 2.1
Human factors design principles for Drones Risk Assessment
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Provides a comprehensive definition of the case study based on an AI-enabled digital assistant for drones risk assessment.Reports on Task 3.3
Human-machine collaboration in destabilised approaches
(öffnet in neuem Fenster)
Presents the results of the implementation of the technological demonstrator for the unstable approach case study.Reports on Task 4.2
Human factors design principles for an en-route digital assistant
(öffnet in neuem Fenster)
Provides a comprehensive definition of the case study based on the integration of the en-route digital assistant into operations.Reports on Task 3.1
