Call for abstracts

 

Deadline for abstract submission: Friday 30 November 2024.

 Dear colleagues

 We are pleased to invite you to Co-WoP - CNES ONERA Workshop on Earth-space radiowave Propagation

 The objective of this workshop is to present research activities concerning Earth-space radiowave propagation.

 It will address the following applications: NTN (Non Terrestrial Networks including mega-constellations), mobile communications for 5G and 6G, GNSS (Global Navigation Satellite Systems), remote sensing and radio-occultation.

The targeted frequency bands range from HF to EHF, that is from 3 MHz to 300 GHz. Issues related to standardization, e.g. for ITU-R (International Telecommunications Union – Radiocommunications sector) and new frequency bands will be of particular interest.

Authors wishing to present a paper should submit an abstract limited to 2 pages (500 words) here 

(creation of an account on this link is required) by filling the text in the web form or uploading a PDF file.

 Abstracts : 2 pages

  • Abstracts will be distributed to the participants, presentation could be distributed under author prior agreement
  • Best papers will possibly be included in a special issue of a journal

 

 Topics of interest

 

  • Measurement techniques
    • Sensor technology
    • Data processing
  • New propagation techniques and tools using Artificial Intelligence
    • Environment mapping, classification, …
    • Propagation data processing / modelling
    • Real-time prediction of the channel
  • Mobile propagation for satcom and GNSS channels
    • Receiver environment characterization
    • Mobile propagation experiments
    • Mobile propagation modelling
  • Ionospheric propagation
    • Medium characterization from Space Weather data
    • Ionosphere climatology and characterization
    • Ionosphere propagation modelling
  • Tropospheric propagation
    • Medium characterization from Numerical Weather Prediction
    • Tropospheric propagation experiments including non-GSO
    • Tropospheric propagation modelling
  • Satcom system control from channel monitoring
    • Channel detection
    • Fade Mitigation Techniques
    • Performance assessment

 

SUBMIT AN ABSTRACT here

 

 

 

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