Experimental Studies of the Potential Use of Virtual Reality Systems When Modeling the Lunokhod Controlled Movement on the Centrifuge. | Zendy

P.P. Dolgov | Zendy; V.N. Kirshanov | Zendy; E.Yu. Irodov | Zendy; I.N. Gavrik | Zendy; V.S. Korennoy | Zendy; Yu.I. Onufrienko | Zendy; A.P. Chudinov | Zendy; O.B. Ivashchuk | Zendy; Aleksandr N. Belyaev | Zendy; I.A. Grishina | Zendy; S.N. Belyavtsev | Zendy; Dmitriy A. Belyaev | Zendy; Alexander V. Bulgakov | Zendy; V.V. Shvetsov | Zendy; R.R. Kaspransky | Zendy; A.S. Zaveryukha | Zendy; I. V. Konovalova | Zendy; P.Yu. Sukhochev | Zendy; V. V. Latonov | Zendy; G.S. Bugriy | Zendy; Viktor Chertopolokhov | Zendy

Open Access

Experimental Studies of the Potential Use of Virtual Reality Systems When Modeling the Lunokhod Controlled Movement on the Centrifuge.

Author(s) -

P.P. Dolgov,

V.N. Kirshanov,

E.Yu. Irodov,

I.N. Gavrik,

V.S. Korennoy,

Yu.I. Onufrienko,

A.P. Chudinov,

O.B. Ivashchuk,

Aleksandr N. Belyaev,

I.A. Grishina,

S.N. Belyavtsev,

Dmitriy A. Belyaev,

Alexander V. Bulgakov,

V.V. Shvetsov,

R.R. Kaspransky,

A.S. Zaveryukha,

I. V. Konovalova,

P.Yu. Sukhochev,

V. V. Latonov,

G.S. Bugriy,

Viktor Chertopolokhov

Publication year - 2020

Publication title -

manned spaceflight

Language(s) - English

Resource type - Journals

ISSN - 2226-7298

DOI - 10.34131/msf.20.3.91-108

Subject(s) - centrifuge , operability , virtual reality , simulation , operator (biology) , computer science , movement control , movement (music) , engineering , human–computer interaction , physical medicine and rehabilitation , chemistry , acoustics , physics , medicine , biochemistry , software engineering , repressor , nuclear physics , transcription factor , gene

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