Open AccessCreation of the Simulator to Train Cosmonauts for Visual Instrumental Observations from the International Space Station Using Up-to-Date Information Technologies.
Author(s) -
Ye.V. Dedkova,
Ye.S. Yurchenko,
Valery Fokin
Publication year - 2021
Publication title -
pilotiruemye polety v kosmos
Language(s) - English
Resource type - Journals
ISSN - 2226-7298
DOI - 10.34131/msf.21.4.48-56
Subject(s) - zoom , computer science , international space station , window (computing) , point (geometry) , computer vision , computer graphics (images) , field of view , simulation , artificial intelligence , aerospace engineering , engineering , physics , optics , operating system , geometry , mathematics , lens (geology)
Visual Instrumental Observations (VIOs) of the Earth’s surface is a very special activity for cosmonauts that include searching, finding, and monitoring the objects with the unaided eye and their registration using optical facilities expanding capabilities of an operator’s visual analyzer. In order to impart the correct practical skills in performing VIOs from the ISS to cosmonauts in the course their ground training it is necessary to visualize the image observed by the naked eye and/or in the camera view finder taking into account an optical zoom, mutual location of a cosmonaut, a camera, a window, and the station at a certain point in orbit. For these purposes, the special simulator which simulates an external visual environment as close as possible to the flight conditions has been developed, that is the VIOs simulator designated to train cosmonauts for performing tasks in the field of geophysical studies and monitoring of the Earth.