Simulation multi-agent de l’activité humaine : une concrétisation en ergonomie du programme de recherche technologique « cours d’action »

SMACH (Multi-Agent Simulation of Human Activity and Consumption in the Home) is a simulation platform that is part of EDF's research and development framework. It aims to use simulation to anticipate and reduce energy consumption at different levels of analysis (housing, neighborhood, city, cou...

Full description

Bibliographic Details
Main Author: Yvon Haradji
Format: Article
Language:English
Published: Association Recherche et Pratique sur les Activités 2021-04-01
Series:Activités
Subjects:
Online Access:http://journals.openedition.org/activites/6166
id doaj-0430893856184ffbad80ffe25c9ab585
record_format Article
spelling doaj-0430893856184ffbad80ffe25c9ab5852021-09-02T18:17:50ZengAssociation Recherche et Pratique sur les ActivitésActivités1765-27232021-04-0118110.4000/activites.6166Simulation multi-agent de l’activité humaine : une concrétisation en ergonomie du programme de recherche technologique « cours d’action »Yvon HaradjiSMACH (Multi-Agent Simulation of Human Activity and Consumption in the Home) is a simulation platform that is part of EDF's research and development framework. It aims to use simulation to anticipate and reduce energy consumption at different levels of analysis (housing, neighborhood, city, country). The aim of this article is to characterize a “course-of-action” technological research program by referring to several years of SMACH research work. We mainly focus on the importance of the organic relationship between technology and human activity and we show the evolution of this organic relationship as we follow the different stages that characterize this technological research program. This article can be seen as a basis for generalizing and specifying the effective criteria for validating a technological research program and as a contribution to a reflection on design in ergonomics.http://journals.openedition.org/activites/6166technological research programsynthetic modeldesignparticipatory simulationcourse of actionactivity analysis
collection DOAJ
language English
format Article
sources DOAJ
author Yvon Haradji
spellingShingle Yvon Haradji
Simulation multi-agent de l’activité humaine : une concrétisation en ergonomie du programme de recherche technologique « cours d’action »
Activités
technological research program
synthetic model
design
participatory simulation
course of action
activity analysis
author_facet Yvon Haradji
author_sort Yvon Haradji
title Simulation multi-agent de l’activité humaine : une concrétisation en ergonomie du programme de recherche technologique « cours d’action »
title_short Simulation multi-agent de l’activité humaine : une concrétisation en ergonomie du programme de recherche technologique « cours d’action »
title_full Simulation multi-agent de l’activité humaine : une concrétisation en ergonomie du programme de recherche technologique « cours d’action »
title_fullStr Simulation multi-agent de l’activité humaine : une concrétisation en ergonomie du programme de recherche technologique « cours d’action »
title_full_unstemmed Simulation multi-agent de l’activité humaine : une concrétisation en ergonomie du programme de recherche technologique « cours d’action »
title_sort simulation multi-agent de l’activité humaine : une concrétisation en ergonomie du programme de recherche technologique « cours d’action »
publisher Association Recherche et Pratique sur les Activités
series Activités
issn 1765-2723
publishDate 2021-04-01
description SMACH (Multi-Agent Simulation of Human Activity and Consumption in the Home) is a simulation platform that is part of EDF's research and development framework. It aims to use simulation to anticipate and reduce energy consumption at different levels of analysis (housing, neighborhood, city, country). The aim of this article is to characterize a “course-of-action” technological research program by referring to several years of SMACH research work. We mainly focus on the importance of the organic relationship between technology and human activity and we show the evolution of this organic relationship as we follow the different stages that characterize this technological research program. This article can be seen as a basis for generalizing and specifying the effective criteria for validating a technological research program and as a contribution to a reflection on design in ergonomics.
topic technological research program
synthetic model
design
participatory simulation
course of action
activity analysis
url http://journals.openedition.org/activites/6166
work_keys_str_mv AT yvonharadji simulationmultiagentdelactivitehumaineuneconcretisationenergonomieduprogrammederecherchetechnologiquecoursdaction
_version_ 1721171589110693888