Simulación multiagente de la actividad humana: una concreción en ergonomía del programa de investigación tecnológico “curso de acción”

SMACH (Multi-agent Simulation of Human Activity and Household Consumption) is a simulation platform within EDF’s R&D framework. It uses simulation to anticipate and reduce energy consumption at different places of analysis (home, district, town, country). With this paper we aim to explain what t...

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Main Author: Yvon Haradji
Format: Article
Language:Spanish
Published: Universidade do Porto 2020-12-01
Series:Laboreal
Subjects:
Online Access:https://journals.openedition.org/laboreal/16587
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spelling doaj-fb4314fd05ba44eaa5251c2aa47eb3f42021-09-03T09:28:23ZspaUniversidade do Porto Laboreal1646-52372020-12-01162https://doi.org/10.4000/laboreal.16587Simulación multiagente de la actividad humana: una concreción en ergonomía del programa de investigación tecnológico “curso de acción”Yvon Haradji0EDF Lab Paris Saclay. 7 boulevard Gaspard Monge. 91120 Palaiseau. FranceSMACH (Multi-agent Simulation of Human Activity and Household Consumption) is a simulation platform within EDF’s R&D framework. It uses simulation to anticipate and reduce energy consumption at different places of analysis (home, district, town, country). With this paper we aim to explain what the course of action technological research program involves, and to this end we refer to several years of SMACH research. We essentially focus on the importance of the organic relationship between technology and human activity, and we show how this organic relationship evolves over the different stages that this technological research program involves. This paper may be viewed as a basis for generalizing and clarifying the criteria required to validate such a program and as a contribution towards reflection on design in ergonomics.https://journals.openedition.org/laboreal/16587technological research programsynthetic modeldesignparticipatory simulationcourse of actionactivity analysismulti-agent system
collection DOAJ
language Spanish
format Article
sources DOAJ
author Yvon Haradji
spellingShingle Yvon Haradji
Simulación multiagente de la actividad humana: una concreción en ergonomía del programa de investigación tecnológico “curso de acción”
Laboreal
technological research program
synthetic model
design
participatory simulation
course of action
activity analysis
multi-agent system
author_facet Yvon Haradji
author_sort Yvon Haradji
title Simulación multiagente de la actividad humana: una concreción en ergonomía del programa de investigación tecnológico “curso de acción”
title_short Simulación multiagente de la actividad humana: una concreción en ergonomía del programa de investigación tecnológico “curso de acción”
title_full Simulación multiagente de la actividad humana: una concreción en ergonomía del programa de investigación tecnológico “curso de acción”
title_fullStr Simulación multiagente de la actividad humana: una concreción en ergonomía del programa de investigación tecnológico “curso de acción”
title_full_unstemmed Simulación multiagente de la actividad humana: una concreción en ergonomía del programa de investigación tecnológico “curso de acción”
title_sort simulación multiagente de la actividad humana: una concreción en ergonomía del programa de investigación tecnológico “curso de acción”
publisher Universidade do Porto
series Laboreal
issn 1646-5237
publishDate 2020-12-01
description SMACH (Multi-agent Simulation of Human Activity and Household Consumption) is a simulation platform within EDF’s R&D framework. It uses simulation to anticipate and reduce energy consumption at different places of analysis (home, district, town, country). With this paper we aim to explain what the course of action technological research program involves, and to this end we refer to several years of SMACH research. We essentially focus on the importance of the organic relationship between technology and human activity, and we show how this organic relationship evolves over the different stages that this technological research program involves. This paper may be viewed as a basis for generalizing and clarifying the criteria required to validate such a program and as a contribution towards reflection on design in ergonomics.
topic technological research program
synthetic model
design
participatory simulation
course of action
activity analysis
multi-agent system
url https://journals.openedition.org/laboreal/16587
work_keys_str_mv AT yvonharadji simulacionmultiagentedelaactividadhumanaunaconcrecionenergonomiadelprogramadeinvestigaciontecnologicocursodeaccion
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