Monitoring and telemedicine support in remote environments and in human space flight
Identifieur interne : 000172 ( PascalFrancis/Corpus ); précédent : 000171; suivant : 000173Monitoring and telemedicine support in remote environments and in human space flight
Auteurs : M. CermackSource :
- British Journal of Anaesthesia [ 0007-0912 ] ; 2006.
Descripteurs français
- Pascal (Inist)
English descriptors
- KwdEn :
Abstract
The common features of remote environments are geographical separation, logistic problems with health care delivery and with patient retrieval, extreme natural conditions, artificial environment, or combination of all. The exposure can have adverse effects on patients' physiology, on care providers' performance and on hardware functionality. The time to definite treatment may vary between hours as in orbital space flight, days for remote exploratory camp, weeks for polar bases and months to years for interplanetary exploration. The generic system architecture, used in any telematic support, consists of data acquisition, data-processing and storage, telecommunications links, decision-making facilities and the means of command execution. At the present level of technology, a simple data transfer and two-way voice communication could be established from any place on the earth, but the current use of mobile communication technologies for telemedicine applications is still low, either for logistic, economic and political reasons, or because of limited knowledge about the available technology and procedures. Criteria for selection of portable telemedicine terminals in remote terrestrial places, characteristics of currently available mobile telecommunication systems, and the concept of integrated monitoring of physiological and environmental parameters are mentioned in the first section of this paper. The second part describes some aspects of emergency medical support in human orbital space-flight, the limits of telemedicine support in near-Earth space environment and mentions some open issues related to long-term exploratory missions beyond the low Earth orbit.
Notice en format standard (ISO 2709)
Pour connaître la documentation sur le format Inist Standard.
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Format Inist (serveur)
NO : | PASCAL 07-0009047 INIST |
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ET : | Monitoring and telemedicine support in remote environments and in human space flight |
AU : | CERMACK (M.) |
AF : | International Space University, Central Campus/67400 lllkirch-Strasbourg/France (1 aut.); AST-Applied Space Technologies Network, Feldmoos 12/8853 Lachen/Suisse (1 aut.) |
DT : | Publication en série; Niveau analytique |
SO : | British Journal of Anaesthesia; ISSN 0007-0912; Coden BJANAD; Royaume-Uni; Da. 2006; Vol. 97; No. 1; Pp. 107-114; Bibl. 42 ref. |
LA : | Anglais |
EA : | The common features of remote environments are geographical separation, logistic problems with health care delivery and with patient retrieval, extreme natural conditions, artificial environment, or combination of all. The exposure can have adverse effects on patients' physiology, on care providers' performance and on hardware functionality. The time to definite treatment may vary between hours as in orbital space flight, days for remote exploratory camp, weeks for polar bases and months to years for interplanetary exploration. The generic system architecture, used in any telematic support, consists of data acquisition, data-processing and storage, telecommunications links, decision-making facilities and the means of command execution. At the present level of technology, a simple data transfer and two-way voice communication could be established from any place on the earth, but the current use of mobile communication technologies for telemedicine applications is still low, either for logistic, economic and political reasons, or because of limited knowledge about the available technology and procedures. Criteria for selection of portable telemedicine terminals in remote terrestrial places, characteristics of currently available mobile telecommunication systems, and the concept of integrated monitoring of physiological and environmental parameters are mentioned in the first section of this paper. The second part describes some aspects of emergency medical support in human orbital space-flight, the limits of telemedicine support in near-Earth space environment and mentions some open issues related to long-term exploratory missions beyond the low Earth orbit. |
CC : | 002B27A |
FD : | Monitorage; Télémédecine; Environnement; Homme; Vol; Séparation; Logistique; Traitement; Orbite(oeil); Exploration; Stockage donnée; Saisie donnée; Télécommunication; Prise décision; Equipement collectif; Système intégré; Urgence; Anesthésie |
ED : | Monitoring; Telemedicine; Environment; Human; Flight; Separation; Logistics; Treatment; Orbit(eye); Exploration; Data storage; Data acquisition; Telecommunication; Decision making; Facility; Integrated system; Emergency; Anesthesia |
SD : | Monitoreo; Telemedicina; Medio ambiente; Hombre; Vuelo; Separación; Logística; Tratamiento; Orbita(ojo); Exploración; Almacenamiento datos; Toma dato; Telecomunicación; Toma decision; Equipamiento colectivo; Sistema integrado; Urgencia; Anestesia |
LO : | INIST-9616.354000153098680140 |
ID : | 07-0009047 |
Links to Exploration step
Pascal:07-0009047Le document en format XML
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<front><div type="abstract" xml:lang="en">The common features of remote environments are geographical separation, logistic problems with health care delivery and with patient retrieval, extreme natural conditions, artificial environment, or combination of all. The exposure can have adverse effects on patients' physiology, on care providers' performance and on hardware functionality. The time to definite treatment may vary between hours as in orbital space flight, days for remote exploratory camp, weeks for polar bases and months to years for interplanetary exploration. The generic system architecture, used in any telematic support, consists of data acquisition, data-processing and storage, telecommunications links, decision-making facilities and the means of command execution. At the present level of technology, a simple data transfer and two-way voice communication could be established from any place on the earth, but the current use of mobile communication technologies for telemedicine applications is still low, either for logistic, economic and political reasons, or because of limited knowledge about the available technology and procedures. Criteria for selection of portable telemedicine terminals in remote terrestrial places, characteristics of currently available mobile telecommunication systems, and the concept of integrated monitoring of physiological and environmental parameters are mentioned in the first section of this paper. The second part describes some aspects of emergency medical support in human orbital space-flight, the limits of telemedicine support in near-Earth space environment and mentions some open issues related to long-term exploratory missions beyond the low Earth orbit.</div>
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<server><NO>PASCAL 07-0009047 INIST</NO>
<ET>Monitoring and telemedicine support in remote environments and in human space flight</ET>
<AU>CERMACK (M.)</AU>
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<EA>The common features of remote environments are geographical separation, logistic problems with health care delivery and with patient retrieval, extreme natural conditions, artificial environment, or combination of all. The exposure can have adverse effects on patients' physiology, on care providers' performance and on hardware functionality. The time to definite treatment may vary between hours as in orbital space flight, days for remote exploratory camp, weeks for polar bases and months to years for interplanetary exploration. The generic system architecture, used in any telematic support, consists of data acquisition, data-processing and storage, telecommunications links, decision-making facilities and the means of command execution. At the present level of technology, a simple data transfer and two-way voice communication could be established from any place on the earth, but the current use of mobile communication technologies for telemedicine applications is still low, either for logistic, economic and political reasons, or because of limited knowledge about the available technology and procedures. Criteria for selection of portable telemedicine terminals in remote terrestrial places, characteristics of currently available mobile telecommunication systems, and the concept of integrated monitoring of physiological and environmental parameters are mentioned in the first section of this paper. The second part describes some aspects of emergency medical support in human orbital space-flight, the limits of telemedicine support in near-Earth space environment and mentions some open issues related to long-term exploratory missions beyond the low Earth orbit.</EA>
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