Movement Remote Command and Control in the Military Technical Systems through the Inferential Method

Movement Remote Command and Control in the Military Technical Systems through the Inferential Method

The research described in the paper at had approaches the interaction between the bio-signal and the remote movement control, by introducing an original mathematical model, regarding the psychophysiological inference from the EDA response bio-signals. The experiments were performed using an adequate...

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Bibliographic Details
Main Author: Grigore Dumitru
Format: Article
Language:English
Published: Sciendo 2017-04-01
Series:Holistica
Subjects:
bio-signals
electro-dermic response
correlation
BCI systems
command and control
bio-feedback
O31
Online Access:http://www.degruyter.com/view/j/hjbpa.2017.8.issue-1/hjbpa-2017-0002/hjbpa-2017-0002.xml?format=INT
id doaj-9e20434dd0dd4328a3b1342add14e1fd
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spelling doaj-9e20434dd0dd4328a3b1342add14e1fd2020-11-25T01:05:31ZengSciendoHolistica2067-97852017-04-0181153210.1515/hjbpa-2017-0002hjbpa-2017-0002Movement Remote Command and Control in the Military Technical Systems through the Inferential MethodGrigore Dumitru0Technical Military Academy Bucharest, George Coşbuc Boulevard, no. 39-49, Sec. 5, Bucharest, 050141The research described in the paper at had approaches the interaction between the bio-signal and the remote movement control, by introducing an original mathematical model, regarding the psychophysiological inference from the EDA response bio-signals. The experiments were performed using an adequate design, consisting of two different techniques regarding bio-signals, in order to obtain, in variables corresponding to each of them, the same type of electrical behaviour. In order to establish the projective functions, a direct measurement method was used on the levels of potential in the epidermis’s alternative current, of base-(SPL) and response-type (SPR), the acquisition being executed with an integrated technical system, patented by the author in year 2013.http://www.degruyter.com/view/j/hjbpa.2017.8.issue-1/hjbpa-2017-0002/hjbpa-2017-0002.xml?format=INTbio-signalselectro-dermic responsecorrelationBCI systemscommand and controlbio-feedbackO31
collection DOAJ
language English
format Article
sources DOAJ
author Grigore Dumitru
spellingShingle Grigore Dumitru
Movement Remote Command and Control in the Military Technical Systems through the Inferential Method
Holistica
bio-signals
electro-dermic response
correlation
BCI systems
command and control
bio-feedback
O31
author_facet Grigore Dumitru
author_sort Grigore Dumitru
title Movement Remote Command and Control in the Military Technical Systems through the Inferential Method
title_short Movement Remote Command and Control in the Military Technical Systems through the Inferential Method
title_full Movement Remote Command and Control in the Military Technical Systems through the Inferential Method
title_fullStr Movement Remote Command and Control in the Military Technical Systems through the Inferential Method
title_full_unstemmed Movement Remote Command and Control in the Military Technical Systems through the Inferential Method
title_sort movement remote command and control in the military technical systems through the inferential method
publisher Sciendo
series Holistica
issn 2067-9785
publishDate 2017-04-01
description The research described in the paper at had approaches the interaction between the bio-signal and the remote movement control, by introducing an original mathematical model, regarding the psychophysiological inference from the EDA response bio-signals. The experiments were performed using an adequate design, consisting of two different techniques regarding bio-signals, in order to obtain, in variables corresponding to each of them, the same type of electrical behaviour. In order to establish the projective functions, a direct measurement method was used on the levels of potential in the epidermis’s alternative current, of base-(SPL) and response-type (SPR), the acquisition being executed with an integrated technical system, patented by the author in year 2013.
topic bio-signals
electro-dermic response
correlation
BCI systems
command and control
bio-feedback
O31
url http://www.degruyter.com/view/j/hjbpa.2017.8.issue-1/hjbpa-2017-0002/hjbpa-2017-0002.xml?format=INT
work_keys_str_mv AT grigoredumitru movementremotecommandandcontrolinthemilitarytechnicalsystemsthroughtheinferentialmethod
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