The HARVIS Consortium is composed by four partners, covering all the expertise and key competences needed to achieve the project objectives.

SKYLIFE
SKYLIFEHARVIS Coordinator (ES)

A technology-based company engaged in designing and developing on-board electronic systems and engineering solutions for manufacturing, maintenance and training for aerospace industry. Committed to innovation as a source of value and of sustained growth.

CONTRIBUTION TO THE PROJECT

  • State of the Art in Cognitive Computing in aerospace and other sectors
  • Use case definition and implementation
  • Technology Roadmap Development
  • Project management
DEEP BLUE
DEEP BLUE(IT)

Deep Blue specialises in research and consulting on human-centred design and validation in transport and healthcare. Its mission is helping organisations innovate by analysing problems and procedures, designing tailored solutions and validating them in the field.

CONTRIBUTION TO THE PROJECT

  • Human Factors
  • Human Machine partnership
  • Dissemination managing
ENAC
ENAC(FR)

The leading aeronautics and aviation university in Europe, providing a broad range of training, studies and research activities. ACHIL’s research platform, inside ENAC, allows human-factors’ experiments to be conducted, using interconnected aircraft cockpit and air traffic control simulators.

CONTRIBUTION TO THE PROJECT

  • State of the art of cognitive computing in aerospace
  • Use case definition and implementation
  • Simulation planning and execution
CVBLab
CVBLab(ES)

CVBLab is a research group belonging to the Universitat Politècnica de València with proven expertise in image, video and data analysis. Its efforts focus on the application of machine learning and automated algorithms in a wide range of fields, including: industry, healthcare, education and digital entertainments.

CONTRIBUTION TO THE PROJECT

  • SoA in artificial intelligence and cognitive computing algorithms
  • Cognitive algorithm design and implementation
  • Artificial intelligence contributions to the human aircraft roadmap