Concept

Roman Jakobson

Roman Osipovich Jakobson (Рома́н О́сипович Якобсо́н, rɐˈman ˈosjɪpəvjɪt͡ɕ (j)ɪkɐpˈson; - 18 July 1982) was a Russian linguist and literary theorist. A pioneer of structural linguistics, Jakobson was one of the most celebrated and influential linguists of the twentieth century. With Nikolai Trubetzkoy, he developed revolutionary new techniques for the analysis of linguistic sound systems, in effect founding the modern discipline of phonology. Jakobson went on to extend similar principles and techniques to the study of other aspects of language such as syntax, morphology and semantics. He made numerous contributions to Slavic linguistics, most notably two studies of Russian case and an analysis of the categories of the Russian verb. Drawing on insights from C. S. Peirce's semiotics, as well as from communication theory and cybernetics, he proposed methods for the investigation of poetry, music, the visual arts, and cinema. Through his decisive influence on Claude Lévi-Strauss and Roland Barthes, among others, Jakobson became a pivotal figure in the adaptation of structural analysis to disciplines beyond linguistics, including philosophy, anthropology and literary theory; his development of the approach pioneered by Ferdinand de Saussure, known as "structuralism", became a major post-war intellectual movement in Europe and the United States. Meanwhile, though the influence of structuralism declined during the 1970s, Jakobson's work has continued to receive attention in linguistic anthropology, especially through the ethnography of communication developed by Dell Hymes and the semiotics of culture developed by Jakobson's former student Michael Silverstein. Jakobson's concept of underlying linguistic universals, particularly his celebrated theory of distinctive features, decisively influenced the early thinking of Noam Chomsky, who became the dominant figure in theoretical linguistics during the second half of the twentieth century.

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Related publications (1)

Dimensionnement formel des inductances de branches des Convertisseurs Modulaires Multiniveaux (MMC)

Alfred Rufer, Nicolas Cherix

Une des particularités essentielles des convertisseurs modulaires multiniveaux est la nature continue et sinusoïdale des courants qui les traversent. La présence d’inductances au centre de chacune de leurs phases autorise une certaine indépendance dans le contrôle des courants de branches (demi-phases) et participe à la protection du convertisseur. Le papier proposé ici a pour objectif de démontrer sous quelles conditions ces inductances sont indispensables et de présenter une méthode générale afin de les dimensionner de manière formelle. Au travers de l’analyse de deux circuits représentant le comportement des cotés AC et DC de chaque phase, différents critères sont proposés afin de satisfaire des exigences relatives à la protection ainsi qu’au contrôle de ces convertisseurs. L’utilisation d’inductances couplées est également prise en compte et comparée à celle d’inductances non couplées. Finalement, un exemple numérique ainsi que différentes simulations illustrent et confirment la pertinence des résultats proposés.
2012

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