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Longing For Touch : An investigation of what draws us to tactile experiences.Larsen, Laura Astrup January 2024 (has links)
“Longing for Touch” is an investigation of what makes us drawn to tactile interactions. With this project and essay I am focussing on the importance of our haptic sense and draw attention to the experiences we lack, in a world where our experiences are getting digitalized to a greater extent. I am investigating how phenomena such as pleasure and aesthetics are linked together and how they can be used to foster physical interaction. I have a fascination of how we as humans are drawn towards disgust, and I’m interested in the tension these contradicting feelings create. In this essay I present research, that shows disgust both revolts and attracts, and I go over why disgust is an effective tool to capture attention. In the studio, I’m transforming my findings from the research into physical objects. By focusing on aesthetics while playing with elements of disgust – I can create objects we are drawn to touch. / <p>Two images have been removed for copyright reasons. The source information for the images are kept - in order for reader to access the images on their own.</p>
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Haptic Enabled Multidimensional CanvasThokala, Kalyan Chakravarthy 22 September 2011 (has links)
No description available.
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Couplage des informations sensorielles dans le maintien et le contrôle de la station droite érigée / Coupling of sensory information in maintenance and control of upright posture in quite standingMoreau, Caroline 05 June 2012 (has links)
Parce que l’homme évolue dans un système en mouvement permanent, il a l’obligation de s’y adapter au mieux. Pour cela il dispose d’un ensemble de récepteurs lui permettant de s’adapter, de suivre et de prendre en compte l’évolution et la variation des différents éléments composant son environnement. La perception du monde traduit ainsi la capacité de l’individu à prendre conscience de la présence d’un évènement particulier à un moment donné. C’est dans ce contexte que se situe cette étude. En station droite érigée, l’ajout d’une modalité haptique permet-elle au sujet d’améliorer ses comportements posturaux ? Selon Matthews et Miles (1988) le sens haptique correspond au sens de la perception combinant les informations dynamiques issues à la fois des récepteurs cutanés, musculaires, articulaires et tendineux. De nombreux auteurs (Jeka et Lackner 1994, 1995 ; Jeka et coll., 1997, 1998 ; Lackner et coll., 1999 ; Rabin et coll., 1999, 2008) ont montré que les informations haptiques obtenues par un contact du bout du doigt avec une surface rigide inférieur à 1Newton, contact qui mécaniquement ne permet pas une augmentation de la base de sustentation, fournissent des informations essentielles au système nerveux central (SNC) lui permettant une diminution des oscillations posturales. Le but de ce travail est de comprendre et d’interpréter les effets d’un toucher léger du bout d’un doigt avec une surface rigide dans le maintien et le contrôle de la stabilité posturale d’un sujet en position droite érigée, au moyen d’outils stabilométriques classiques tels que l’amplitude, la surface, etc. Ainsi que les coordinations posturales mises en place au travers de l’analyse en composantes principales et des intercorrélations pour étudier les coordinations articulaires et l’analyse de la diffusion et de la récurrence du stabilogramme pour analyser le résultat net de ces coordinations (qualitatif et quantitatif). / Because human evolves in a system in permanent movement, he has the obligation to adapt itself to it at best. So, he has of a set of receptor allowing him to adapt itself, to follow and to take into account the evolution and the variation of the various elements composing his environment. The perception of the environment translates the capacity of the subject to become aware of the presence of a particular event at a given moment. It is in this context that is situated this study. According to Matthews and Miles (1988) the haptique sense corresponds to the perceptual sense combining the stemming dynamic information at the same time cutaneous, muscular, articular and tendinous receptors. Authors showed (Jeka et Lackner 1994, 1995 ; Jeka et coll., 1997, 1998 ; Lackner et coll., 1999 ; Rabin et coll., 1999, 2008) that the haptic information obtained by a fingertip contact with a rigid pad lower 1 Newton, a contact which mechanically does not allow an increase of the support base, provide essential information to the central nervous system (SNC) allowing him a decrease of the postural oscillations. The aim of this work is to understand and to interpret the effects of a light touch of the fingertip with a rigid pad in the preservation and the control of postural stability of a subject in upright posture, by means of stabilometrics classical tools such as the amplitude, the surface, etc. As well as the set up motor coordination through the analysis in main components and intercorrelations to study the articular coordination and the analysis of the diffusion and the recurrence of the stabilogramme to analyze the result of these coordinations (qualitative and quantitative).
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