Centrale de mesure ambulatoire biomédicale sur PSoC

Massot, Bertrand; Géhin, Claudine; Nocua, Ronald; Dittmar, A.; McAdams, Eric

doi:10.1016/j.irbm.2009.04.001

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Microtechniques Besançon 141

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Cited by 4 publications

(1 citation statement)

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“…Le CIT 808 a pour thématique générale les « microtechniques pour la santé » [5], atouts industriels (pôle de compétitivité en microtechniques) et scientifiques (en particulier Institut FEMTO-ST) de la région Franche-Comté. Le CIT intervient en priorité pour la mise au point de nouveaux dispositifs médicaux requérant des techniques de précision ou une miniaturisation (Fig.…”

Section: Microtechniques Besançon 14unclassified

Les centres d’investigation clinique–innovation technologique : des instruments pour les technologies pour la santé

Coatrieux¹,

Moreau–Gaudry²,

Mabo³

et al. 2010

IRBM

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Section: Microtechniques Besançon 14unclassified

Les centres d’investigation clinique–innovation technologique : des instruments pour les technologies pour la santé

Coatrieux¹,

Moreau–Gaudry²,

Mabo³

et al. 2010

IRBM

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Objective evaluation of stress with the blind by the monitoring of autonomic nervous system activity

Massot

Baltenneck²,

Géhin

et al. 2010

2010 Annual International Conference of the IEEE Engineering in Medicine and Biology

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Accessibility for the blind in an urban space must be studied under real conditions in their daily environment. A new approach for evaluating the impact of environmental conditions on blind pedestrians is the objective measure of stress by the monitoring of the autonomic nervous system (ANS) activity. Original techniques of data analysis and spatial representation are proposed for the detection of the ANS activity through the assessment of the electrodermal activity. Skin resistance was recorded with an EmoSense system on 10 blind subjects who followed a charted course independently. The course was 1065 meters long and consisted of various environmental conditions in an urban space. The spatial frequency of the non-specific skin resistance responses was used to provide a more relevant representation of geographic hotspots. Results of statistical analysis based on this new parameter are discussed to conclude on phenomena causing mental stress with the blind moving in an urban space.

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EmoSense: An Ambulatory Device for the Assessment of ANS Activity—Application in the Objective Evaluation of Stress With the Blind

et al. 2012

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Centrale de mesure ambulatoire biomédicale sur PSoC

Cited by 4 publications

References 9 publications

Les centres d’investigation clinique–innovation technologique : des instruments pour les technologies pour la santé

Les centres d’investigation clinique–innovation technologique : des instruments pour les technologies pour la santé

Objective evaluation of stress with the blind by the monitoring of autonomic nervous system activity

EmoSense: An Ambulatory Device for the Assessment of ANS Activity—Application in the Objective Evaluation of Stress With the Blind

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