679 resultados para Herzog
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. RESUMEN. La influencia de la Arquitectura en el Cmic es asunto probado. Crticos y estudiosos como Eco, Masotto, Montaner o Smolderen as lo atestiguan. La ciudad y su arquitectura son protagonistas en The Yellow Kid de Outcoult de 1896 y de las visiones perspectivas de metrpolis como New York en Little Nemo de Mc Cay de 1910. Los aportes ms significativos a la visin de la arquitectura desde el cmic tal vez hayan sido los desarrollados por Herg y sus ciudades de ficcin construidas a partir de lugares y ciudades reales. Los arquitectos comienzan a manejar el lenguaje del cmic en los manifiestos de Archigram y de Superstudio, hasta llegar a nuestros das con los aportes de Koolhaas, Big o Herzog y de Meuron. El surgimiento de la dupla de Peeters y Schuiten adquiere en este contexto relevancia significativa. En la serie conocida como las Ciudades Oscuras la arquitectura es protagonista, y por tanto sus constructores: promotores inmobiliarios, polticos y arquitectos tambin lo son. La figura descollante del panorama arquitectnico de las Ciudades Oscuras es Eugne Robick, en cuya obra es detectable la influencia de arquitectos como Horta o SantEla. La obra de Schuiten y Peeters prueba el valor y la importancia del cmic en la meditica cultural contempornea; cmic que permite forzar los lmites de la realidad y desarrollar nuevas interpretaciones sin otros condicionamientos que los de la imaginacin.
Resumo:
La influencia de la Arquitectura en el Cmic es asunto probado. Crticos y estudiosos como Eco, Masotto, Montaner o Smolderen as lo atestiguan. La ciudad y su arquitectura son protagonistas en The Yellow Kid de Outcoult de 1896 y de las visiones perspectivas de metrpolis como New York en Little Nemo de Mc Cay de 1910. Los aportes ms significativos a la visin de la arquitectura desde el cmic tal vez hayan sido los desarrollados por Herg y sus ciudades de ficcin construidas a partir de lugares y ciudades reales. Los arquitectos comienzan a manejar el lenguaje del cmic en los manifiestos de Archigram y de Superstudio, hasta llegar a nuestros das con los aportes de Koolhaas, Big o Herzog y de Meuron. El surgimiento de la dupla de Peeters y Schuiten adquiere en este contexto relevancia significativa. En la serie conocida como las Ciudades Oscuras la arquitectura es protagonista, y por tanto sus constructores: promotores inmobiliarios, polticos y arquitectos tambin lo son. La figura descollante del panorama arquitectnico de las Ciudades Oscuras es Eugne Robick, en cuya obra es detectable la influencia de arquitectos como Horta o SantEla. La obra de Schuiten y Peeters prueba el valor y la importancia del cmic en la meditica cultural contempornea; cmic que permite forzar los lmites de la realidad y desarrollar nuevas interpretaciones sin otros condicionamientos que los de la imaginacin.
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The W3C Semantic Sensor Network Incubator group (the SSN-XG) produced an OWL 2 ontology to describe sensors and observations ? the SSN ontology, available at http://purl.oclc.org/NET/ssnx/ssn. The SSN ontology can describe sensors in terms of capabilities, measurement processes, observations and deployments. This article describes the SSN ontology. It further gives an example and describes the use of the ontology in recent research projects.
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Seleccin de 10 museos de arquitectura contempornea realizada con Rafael Moneo y Juan Miguel Hernndez Len, con las mejores obras musesticas de 10 grandes arquitectos. Los edificios, de Wright, Sert, Scarpa, Piano & Rogers, Kahn, Moneo, Piano, Gehry, Siza y Herzog & de Meuron, son descritos y analizados.
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Deciphering the information that eyes, ears, and other sensory organs transmit to the brain is important for understanding the neural basis of behavior. Recordings from single sensory nerve cells have yielded useful insights, but single neurons generally do not mediate behavior; networks of neurons do. Monitoring the activity of all cells in a neural network of a behaving animal, however, is not yet possible. Taking an alternative approach, we used a realistic cell-based model to compute the ensemble of neural activity generated by one sensory organ, the lateral eye of the horseshoe crab, Limulus polyphemus. We studied how the neural network of this eye encodes natural scenes by presenting to the model movies recorded with a video camera mounted above the eye of an animal that was exploring its underwater habitat. Model predictions were confirmed by simultaneously recording responses from single optic nerve fibers of the same animal. We report here that the eye transmits to the brain robust neural images of objects having the size, contrast, and motion of potential mates. The neural code for such objects is not found in ambiguous messages of individual optic nerve fibers but rather in patterns of coherent activity that extend over small ensembles of nerve fibers and are bound together by stimulus motion. Integrative properties of neurons in the first synaptic layer of the brain appear well suited to detecting the patterns of coherent activity. Neural coding by this relatively simple eye helps explain how horseshoe crabs find mates and may lead to a better understanding of how more complex sensory organs process information.
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We characterize a class of spatio-temporal illusions with two complementary properties. Firstly, if a vernier stimulus is flashed for a short time on a monitor and is followed immediately by a grating, the latter can express features of the vernier, such as its offset, its orientation, or its motion (feature inheritance). Yet the vernier stimulus itself remains perceptually invisible. Secondly, the vernier can be rendered visible by presenting gratings with a larger number of elements (shine-through). Under these conditions, subjects perceive two independent objects each carrying their own features. Transition between these two domains can be effected by subtle changes in the spatio-temporal layout of the grating. This should allow psychophysicists and electrophysiologists to investigate feature binding in a precise and quantitative manner.
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Spoken language is one of the most compact and structured ways to convey information. The linguistic ability to structure individual words into larger sentence units permits speakers to express a nearly unlimited range of meanings. This ability is rooted in speakers' knowledge of syntax and in the corresponding process of syntactic encoding. Syntactic encoding is highly automatized, operates largely outside of conscious awareness, and overlaps closely in time with several other processes of language production. With the use of positron emission tomography we investigated the cortical activations during spoken language production that are related to the syntactic encoding process. In the paradigm of restrictive scene description, utterances varying in complexity of syntactic encoding were elicited. Results provided evidence that the left Rolandic operculum, caudally adjacent to Broca's area, is involved in both sentence-level and local (phrase-level) syntactic encoding during speaking.
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Trichome development is dependent on gibberellin (GA) signaling in Arabidopsis thaliana. Using the GA-deficient mutant ga13, the GA-response mutant spy-5, and uniconazol (a GA-biosynthesis inhibitor), we show that the GA level response correlates positively with both trichome number and trichome branch number. Two genes, GL1 and TTG, are required for trichome initiation. In ga13, coexpression of GL1 and R, the maize TTG functional homolog, under control of the constitutive 35S promoter, restored trichome development, whereas overexpression of neither GL1 nor R alone was sufficient to significantly suppress the glabrous phenotype. We next focused on GL1 regulation by GAs. In the double mutant the gl11 glabrous phenotype is epistatic to the spy-5 phenotype, suggesting that GL1 acts downstream of the GA signal transduction pathway. The activity of a -glucuronidase reporter gene driven by the GL1 promoter was decreased in the wild type grown on uniconazol and showed a clear GA-dependent activation in ga13. Finally, quantification of GL1 transcript levels by reverse transcriptase-polymerase chain reaction demonstrated that relative to wild type, ga13 plants contained less transcript. These data support the hypothesis that GAs induce trichome development through up-regulation of GL1 and possibly TTG genes.
Resumo:
Esta dissertao teve como objetivo articular um estudo do determinante diante das formas possessivas com base em um corpus histrico jornalstico composto de anncios e cartas de leitores e redatores extrados de jornais paulistas do sculo XIX. Focalizamos as formas possessivas seu/seus/sua/suas pr-nominais, observando a presena versus ausncia do artigo definido e seus diferentes contextos. Nossas hipteses buscaram resolver algumas questes tericas relacionadas estrutura do DP possessivo no PB, entre elas a da opcionalidade aparente do determinante e a da variao na realizao de Nmero no interior da estrutura. Desenvolvemos respostas e anlises s questes a partir da associao de dois quadros tericos: a teoria dos Princpios & Parmetros (CHOMSKY 1981, 1986) incluindo alguns refinamentos do Programa Minimalista (CHOMSKY 1995, 1998, 2000, 2001, 2004), e os pressupostos elaborados dentro da Sociolingustica Variacionista (cf. WEINREICH, LABOV e HERZOG (WLH) (1968); LABOV (1972, 1994, 2000)). Consideramos tambm estudos posteriores que conciliaram a mudana paramtrica internalista da lngua (ROBERTS (2007)) com fatores extragramaticais que determinam o percurso das formas lingusticas no tempo histrico (KROCH (1989, 1994, 2000)). Para o estudo da estrutura do DP possessivo usamos a anlise sobre os Bare Nouns de Cyrino & Espinal (2014). Os resultados obtidos mostraram que a mdia geral de ausncia do determinante diante de DPs possessivos se manteve a mesma nos dois perodos analisados, configurando uma variao estvel. Conclumos que no houve, portanto, indcios de oscilao no uso de uma ou outra variante que pudesse demonstrar o avano de uma delas em detrimento de outra.
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Includes index.
