DLR Portal
Home|Sitemap|Kontakt|Accessibility Imprint and terms of use Privacy Cookies & Tracking |Deutsch
You are here: Home:Departments:Avionics Systems:Department Activities:Wireless Compose
Advanced Search
Institute
Missionen
Departments
Avionics Systems
Department Activities
EMV-Labor
Landing and Exploration Systems
Mechanics and Thermal Systems
Navigation and Control Systems
System Analysis Space Segment
Space Launcher System Analysis
Systems Engineering and Project Office
Transport and Propulsion Systems
Electronic Laboratory
Laboratories and Test Facilities
News
Events
Jobs & Careers
DLR_School_Lab Bremen
Publications

Wireless Compose

Wireless Compose

 

Credit: © DLR, all rights reserved.

Share gallery:

  • Facebook
  • twitter

Wireless Compose

Wireless Compose Mission Patch 

Credit: DLR (CC-BY 3.0).

Share gallery:

  • Facebook
  • twitter

Wireless Compose

Anchor Mode installed in ISS Columbus Module close to light source. 

Credit: DLR (CC BY-NC-ND 3.0).

Share gallery:

  • Facebook
  • twitter

Wireless Compose

 

Credit: © DLR, all rights reserved.

Share gallery:

  • Facebook
  • twitter

Wireless Composer

Six Anchor Modes during inspection on Ground at DLR Institute of Space Systems. 

Credit: DLR (CC-BY 3.0).

Share gallery:

  • Facebook
  • twitter

Share gallery:

  • Facebook
  • twitter

Wireless Compose

Wireless Compose (wireless communication and positioning experiment) is a technical experiment currently prepared for use on ISS and designed to demonstrate the utilization of a wireless communication network for collecting sensor data and for object localization within the Columbus module. The network comprises five fixed anchor motes, a base station, and a number of tag motes to monitor astronaut’s motions within the module. Wireless data transmission occurs with ultra wideband, which is nearly multipath-fading immune and thus advantageous for a highly reflective environment. Other HF sensitive systems are e.g. not jammed by this system. Additionally, energy harvesting allows to use the energy of the module's artificial light sources in order to achieve a power-efficient operation of Wireless Compose.  The operation onboard ISS has been selected to analyze and evaluate potential use cases of this technology for non-crewed and crewed spaceflight and derive operational constraints from the special operational environment of ISS. The experiment will be initiated in the Alexander Gerst mission in June 2018.

Contact
Martin Drobczyk
Deutsches Zentrum für Luft- und Raumfahrt (DLR)
, Avioniksysteme
Bremen

Tel.: +49 421 24420-1164

Fax: +49 421 24420-1120

Michael Jetzschmann
Deutsches Zentrum für Luft- und Raumfahrt (DLR)
, Avioniksysteme
Bremen

Tel.: +49 421 24420-1303

Fax: +49 421 24420-1120

Video
2018_07_05_WICO_3.avi
Related Topics at DLR
Messgeräte und Fotografie
Copyright © 2023 German Aerospace Center (DLR). All rights reserved.