Journal•ISSN: 2116-5920
Technique Et Science Informatiques
About: Technique Et Science Informatiques is an academic journal. The journal publishes majorly in the area(s): Context (language use) & Terahertz radiation. Over the lifetime, 493 publications have been published receiving 1949 citations.
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TL;DR: In this article, a concept nouveau et essentiel : communication instrumentale, inspired de la relation communicationnelle etablie entre un instrumentiste musicien and son instrument, is introduced.
Abstract: Le developpement de la communication homme/machine en tant que problematique de l'informatique est recent. Dans cette problematique, si la plupart des modalites de la communication humaine ont deja ete exploitees, le canal gestuel, pourtant porteur de nombreuses potentialites, est reste en retrait. Nous presentons ici les proprietes communicationnelles du canal gestuel et montrons comment il peut intervenir dans la communication homme/machine. Nous introduisons un concept nouveau et essentiel : la Communication instrumentale, inspire de la relation communicationnelle etablie entre un instrumentiste musicien et son instrument. Generalisee a des tâches autres que le controle de phenomenes sonores, la communication instrumentale avec l'ordinateur complete le schema triangulaire des modes d'interaction homme/machine/environnement.
94 citations
TL;DR: In this paper, the authors give a concise overview of potential industrial applications for terahertz imaging that have been reported over the past decade with a discussion of the major advantages and limitations of each approach.
Abstract: This chapter gives a concise overview of potential industrial applications for terahertz imaging that have been reported over the past decade with a discussion of the major advantages and limitations of each approach. In the second half of the chapter we discuss in more detail how terahertz imaging can be used to investigate the microstructure of pharmaceutical dosage forms. A particular focus in this context is the nondestructive measurement of the coating thickness of polymer coated tablets, both by means of high resolution offline imaging in research and development as well as for in-line quality control during production.
56 citations
Journal Article•
40 citations
Journal Article•
TL;DR: oRis as mentioned in this paper is a toolkit for interactive simulation, it is both an object-based concurrent programming language and an execution environment, which allows the user to observe the MAS, to interact with the agents or the environment et to modify them in line.
Abstract: oRis is a toolkit for interactive simulation : it is both an object-based concurrent programming language and an execution environment. Its features make oRis a generic plat- form for multiagent systems (MAS) implementation. It is a dynamically interpreted language, instance-grained which allows the user, during the execution, to observe the MAS, to interact with the agents or the environment et to modify them in line. With oRis, a MAS is compouned of agents (basically active objects) in an environment containing objets, eventually situated in space (2D or 3D) and time. oRis offers an homogenous solution for interactions, implemented as method invocation or callback or message passing (point-to-point or broadcast, synchronous or asynchronous processing). oRis offers different ways to manage the execution flows and the scheduler guarantees the equity of the time-sharing. oRis is stable and efficient. It has been used in many projects and is integrated in the AReVi virtual reality platform. MOTS-CLES : langage de programmation, programmation par objets concurrents, plate-forme, realite virtuelle, systemes multi-agents, simulation interactive.
30 citations
TL;DR: In this paper, the authors present a set of resultats permettant de reduire the complexite de the dynamique stochastique of the processus de Markov.
Abstract: Les processus de Markov a sauts permettent la modelisation des phenomenes stochastiques en biologie moleculaire. Neanmoins, il y a peu de resultats mathematiques sur la dynamique de ces processus. De plus, leur simulation sur ordinateur rencontre des difficultes dues au temps d'execution. Nous presentons des resultats permettant de reduire la complexite de la dynamique stochastique. Ces methodes utilisent des theoremes limites probabilistes.
30 citations