ALGORITHM OF MODELING AN EFFECTIVE COMMUNICATION WITHIN THE MCC-CREW LOOP BASED ON CONTENT-ANALYSIS OF THE DATA OF COMMUNICATIONS OF COSMONAUTS WITH GROUND CONTROLLERS IN THE PERIOD OF SPACE MISSION

The paper describes an algorithm of effective communication between the space crew and Mission control operators with consideration of personal communicative styles of cosmonauts. The content-analysis categories were developed using the coping-strategies tools supplemented by categories related to the spaceflight work environment specifically. The algorithm can be useful as a methodical aid for a broad circle of specialists contacting cosmonauts directly, and also as a footing for an algorithm of machine learning of a virtual psychologist that will support cosmonauts in trans-orbital missions.

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Publication Details

Journal
Aerospace and Environmental Medicine
Published
2025-01-01
DOI
https://doi.org/10.21687/0233-528x-2025-59-1-17-25
Primary Topic
Advanced Data Processing Techniques
Type
article
Field-Weighted Citation Impact
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article

ALGORITHM OF MODELING AN EFFECTIVE COMMUNICATION WITHIN THE MCC-CREW LOOP BASED ON CONTENT-ANALYSIS OF THE DATA OF COMMUNICATIONS OF COSMONAUTS WITH GROUND CONTROLLERS IN THE PERIOD OF SPACE MISSION

N.S. Supolkina, Anna Yusupova, O.V. Kotov, О.А. Savenko
Aerospace and Environmental Medicine
Advanced Data Processing Techniques
article

ALGORITHM OF MODELING AN EFFECTIVE COMMUNICATION WITHIN THE MCC-CREW LOOP BASED ON CONTENT-ANALYSIS OF THE DATA OF COMMUNICATIONS OF COSMONAUTS WITH GROUND CONTROLLERS IN THE PERIOD OF SPACE MISSION

N.S. Supolkina, Anna Yusupova, O.V. Kotov, О.А. Savenko
article en

Abstract

The paper describes an algorithm of effective communication between the space crew and Mission control operators with consideration of personal communicative styles of cosmonauts. The content-analysis categories were developed using the coping-strategies tools supplemented by categories related to the spaceflight work environment specifically. The algorithm can be useful as a methodical aid for a broad circle of specialists contacting cosmonauts directly, and also as a footing for an algorithm of machine learning of a virtual psychologist that will support cosmonauts in trans-orbital missions.

Aerospace and Environmental MedicineVol. 59(1)
Openalex Percentile: Top 95%
Advanced Data Processing Techniques
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