A Multi-Agent System Approach for Interactive Table Using RFID

Lebrun, Yoann; Adam, Emmanuel; Kubicki, Sébastien; Mandiau, René

doi:10.1007/978-3-642-12384-9_16

Cited by 13 publications

(7 citation statements)

References 9 publications

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“…Each antenna contains four RGB LEDs, which enable the display of virtual objects including colored zones, and word stimuli. The tiles are associated with a control interface connected to the host computer by an Ethernet link; for more details, the reader can see Lebrun, Adam, Kubicki, & Mandiau, (2010) or . For the description of the multi-agent software architecture of the tabletop, the reader can see Lebrun et al, 2010or Kubicki, Lebrun, Lepreux, Adam, Kolski, & Mandiau (2013.…”

Section: Methodsmentioning

confidence: 99%

The Stroop and Reverse Stroop Effects as Measured by an Interactive Tabletop

Miller

Kubicki

Caffier

et al. 2016

International Journal of Human–Computer Interaction

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International audienceAn interactive tabletop equipped with RFID technology implemented the Stroop and reverse-Stroop tasks. Participants moved a tangible object into one of four displayed virtual zones, which were identified either by a color border or the name of a color written in black. The correct target zone corresponded either to the color (Stroop) or meaning (reverse Stroop) of a word displayed in congruent or incongruent colored LED lights (e.g., “YELLOW” displayed in yellow or red, respectively). Participants took more time to place the object in a zone, made more errors, and found the task more difficult when the word was lit with an incongruent than congruent color. This interference was influenced by both the types of task and response zone in a way that fits with a dual step processing account. Results also showed that the outcomes of the conflicting information streams might be judged as fun

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Section: Methodsmentioning

confidence: 99%

The Stroop and Reverse Stroop Effects as Measured by an Interactive Tabletop

Miller

Kubicki

Caffier

et al. 2016

International Journal of Human–Computer Interaction

Self Cite

View full text Add to dashboard Cite

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“…These roles apply rules, aims and constraints. Therefore, we use the formalism of agents and roles detailled in [27,31] to focus our proposition on different interactions for interactive media. We define the agent typology and the possible interactions between the agents and the users.…”

Section: Proposition: Global Interaction Model For Interactive Media mentioning

confidence: 99%

A model for managing interactions between tangible and virtual agents on an RFID interactive tabletop: Case study in traffic simulation

Lebrun

Adam

Mandiau

et al. 2015

Journal of Computer and System Sciences

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Please cite this article in press as: Y. Lebrun et al., A model for managing interactions between tangible and virtual agents on an RFID interactive tabletop: case study in traffic simulation, J. Comput. System Sci. (2015), http://dx. AbstractInteractive tables are more frequently being suggested to support collaborative and co-localized applications. They can be tactile, tangible or mixed. New sensory entries enable users to manipulate different types of tangible objects. The purpose of this article is to propose a global interaction model that associates multiagent system concepts with interactive table entities. The model incorporates simultaneously usable entities: virtual and tangible entities. The virtual entities can be seen through video projection or the use of a screen integrated into the interactive table. The tangible entities are physical objects that can be manipulated by one or more users around the table. These objects are detected through dedicated sensors. A case study illustrates the proposal. The study incorporates the management of a road traffic simulator using the TangiSense interactive table; this table is equipped with RFID technology. The illustrations mainly show communication between the different agents involved in the simulation.

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“…Les tables TangiSense exploitées dans un contexte distribué utilisent la nouvelle version (v2) avec écran HD intégré ; elles ont été développées par la société RFIdées dans le cadre du projet ANR IMAGIT. Un système multi-agent assure les communications entre les tables et autres dispositifs d'interaction : les agents représentant les tables communiquent afin de transmettre aux autres plates-formes connectées les interactions qui se déroulent en « local » (Lebrun et al, 2010 ;Garbay et al, 2012). Comme le montre la Figure 18, plusieurs solutions architecturales sont envisageables pour distribuer les interfaces utilisateurs entre les tables et d'autres plates-formes d'interaction (téléphones mobiles, laptops).…”

Section: Description De La Technologie De Tangisense V2unclassified

Tangible interaction on tabletop, an illustrated federating framework

Rivière

Maquil

Kubicki

et al. 2017

Journal d'Interaction Personne-Système

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International audience Since many years, the Human-Computer Interaction community is interested in the tangible user interfaces (TUI). A part of these TUI focuses on the interaction performed with one or several objects. The domain is in extension by the development of contactless objects (using NFC, RFID technology, etc.). In the system, tangible objects could represent data, action, or complex part. Interaction on a table, which is a common furniture in the everyday life and used in multiple activities (desktop, coffee table, kitchen table, etc.), opens a new way for the research and development in HCI. This article proposes to use a framework, previously proposed in a conjunct article, to characterize applications supported by the couple <interactive tabletop, tangible object>. These applications aim at supporting complex business tasks; they are described from a technological point of view on the one hand, and from an applicative point of view on the other hand. These applications show the benefit brought by the couple <interactive tabletop, tangible object> to the interaction and they are immersed in the framework. The framework shows with these instantiations that it is generic and supports such descriptions. Depuis plusieurs années, les interfaces tangibles impliquant des interactions réalisées via un ou plusieurs objets prennent une importance grandissante en interaction homme-machine. Ce domaine est en extension grâce au développement d'objets exploitant des technologies sans contact (NFC, RFID, etc.). L'objet tangible représente un sujet ou une action ; cet objet agit sur le système, telle une action sur une interface « classique ». L'interaction sur table, c'est-à-dire sur un meuble présent dans la vie courante et utilisé à diverses fins (bureau, table à manger, table de salon, table bar, etc.), ouvre un champ nouveau de recherche et de développement. Nous proposons d'illustrer un cadre proposé dans un article conjoint, en positionnant des applications mettant en oeuvre le couple <table, objet tangible>. Plusieurs applications, visant à supporter chacune une tâche métier complexe, sont décrites à la fois d'un point de vue technologique et d'un point de vue applicatif. Ces applications montrent les apports de l'association <table, objet tangible> à l'interaction et sont caractérisées selon les dimensions du cadre de conception présenté dans un article conjoint, montrant ainsi la généricité et le pouvoir descriptif du cadre proposé.

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A Multi-Agent System Approach for Interactive Table Using RFID

Cited by 13 publications

References 9 publications

The Stroop and Reverse Stroop Effects as Measured by an Interactive Tabletop

The Stroop and Reverse Stroop Effects as Measured by an Interactive Tabletop

A model for managing interactions between tangible and virtual agents on an RFID interactive tabletop: Case study in traffic simulation

Tangible interaction on tabletop, an illustrated federating framework

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