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Augmented and Virtual Reality Techniques To Enhance the Execution of Operational Procedures by Astronauts and Spacecraft Operators

<p>Augmented reality (AR) displays are image-forming systems that use a set of optical, electronic, and mechanical components to generate images somewhere on the optical path between an observer’s eyes and the physical object to be augmented.</p><p>AR provides a live direct or indirect view of a physical, real-world environment and augments (or supplements) this view with computer-generated input such as sound, video, graphics, 3D objects or GPS data.</p><p>AR&nbsp;improves users’ experience by enabling them to interact with and learn from whatever they are

Germany

15/061

TERMA A/S
Advanced Automation Concept for Complex Constellation Management

Recently, a variety of satellite constellations, some of them featuring over a thousand satellites, were announced. While similar concepts for large constellations already existed in the past, existing satellite constellations hardly ever feature triple-digit satellite quantities. At the time of writing, the world’s largest constellation is operated by Planet Labs and consists of 190+ Dove spacecraft.

Germany

15/117

TU Braunschweig
End of Life operations for disposal of mega‐constellations

The objective of this activity was to understand the operational complexity of large mega-constellation systems, and the potential needs to operate these, including the complexity of collision avoidance manoeuvres (CAMs). This objective was achieved by:

Germany

15/052

Airbus Defence &...
Sound Ergonomics to Enhance Alarm Management

The research and sound design team consists of members from the Delft University of Technology, Faculty of Industrial Design Engineering and Plymouth University, School of Psychology. The main team members included one industrial designer specialized in sound design and research and two experimental and applied psychologists specialized in auditory perception and cognition in the field of sound design and application.

The Netherlands

066

TU DELFT
Verification Models for Advanced Human – Automation Interaction in Safety Critical Flight Operations

Within VASCO the formal verification methodology (FVM) for advanced human- automation interaction in safety critical environments based on models of the overall human-automation interaction (HAI) system has been developed.
The main objectives for this work are summarized below:
- Approach human-automation interaction from a holistic cooperative system

Germany

2013-15

OFFIS E.V.
Application of a Bit Torrent-like Protocol and Data Distribution Model to Mission Operations

Current evolution of IP networks has raised the opportunity to consider the use of well-established and mature Internet communication models for use in space missions. One of the most attractive of these models, particularly in terms of distributed and resilient data delivery, is the 'torrent'. A complete implementation of the CCSDS File Delivery Protocol (CFDP) [AD1] has been recently delivered to ESOC.

Germany

2013-20

Teletel
Commonality of Ground Systems for Operations and Development

The objective of this study is the definition of a set of building blocks comprising a common core for both EGSE and Mission Control Systems which, together with a unified data model, meets the requirements of a community of stakeholders (Agencies and space industry) with respect to space craft checkout and operations. This common core is called EGS-CC (European Ground System - Common Core)

France

2011-32

EADS Astrium SAS

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