DMCA
Smart Environments for Collaborative Design, Implementation, and Interpretation of Scientific Experiments
| Citations: | 6 - 3 self |
BibTeX
@MISC{Vet_smartenvironments,
author = {Paul Van Der Vet and Olga Kulyk and Ingo Wassink and Wim Fikkert and Han Rauwerda and Betsy Van Dijk and Gerrit Van Der Veer and Timo Breit and Anton Nijholt},
title = {Smart Environments for Collaborative Design, Implementation, and Interpretation of Scientific Experiments},
year = {}
}
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Abstract
Ambient intelligence promises to enable humans to smoothly interact with their environment, mediated by computer technology. In the literature on ambient intelligence, empirical scientists are not often mentioned. Yet they form an interesting target group for this technology. In this position paper, we describe a project aimed at realising an ambient intelligence environment for face-to-face meetings of researchers with different academic backgrounds involved in molecular biology “omics ” experiments. In particular, microarray experiments are a focus of attention because these experiments require multidisciplinary collaboration for their design, analysis, and interpretation. Such an environment is characterised by a high degree of complexity that has to be mitigated by ambient intelligence technology. By experimenting in a real-life setting, we will learn more about life scientists as a user group. 1
Keyphrases
smart environment scientific experiment collaborative design computer technology position paper real-life setting empirical scientist life scientist ambient intelligence different academic background multidisciplinary collaboration ambient intelligence environment ambient intelligence promise high degree interesting target group ambient intelligence technology molecular biology omics experiment microarray experiment face-to-face meeting user group
