4,287 research outputs found
Nuestra Experiencia en el Estudio con UltrasonografĂa en la Cadera Neonatal
Se estudian mediante ultrasonografĂa las caderas de 112 reciĂ©n nacidos
(224 caderas) con signos clĂnicos de displasia luxante de cadera. Los resultados
se comparan con los datos de exploraciĂłn clĂnica y estudio radiográ-
fico poniendo en evidencia las limitaciones diagnĂłsticas de las maniobras
exploratorias clásicas y la radiografĂa. Concluye que la ultrasonografĂa es
el método más seguro e inocuo para el diagnóstico precoz de la displasia
luxante de cadera en el recién nacido.The authors are studied by ultrasonography 112 newborns (224
hips) with clinical signs of congenital dysplasia and dislocation of
the hip. The results obtained are compared with clinical findings
and radiographic study emphasizing the diagnostic limitations of
the clasics maneuvistes of physical examination and radiography.
They conclude that the ultrasonography is the most sure method
and innocuous to the early diagnosis of the congenital dysplasia
and dislocation of the hip at the newborn
Los Ultrasonidos en la Cadera Neonatal
Los autores describen la tĂ©cnica de Estudio mediante EcografĂa de la
cadera neonatal, las imágenes normales, los métodos de mediciones y las
caracterĂsticas de los distintos grados de displasiaThe authors describe the technique of the study by ultrasound
examination of neonatal hip, normal images, methods of measurement
and characteristics of differents degrees of dysplasi
Fiabilidad de las cargas crĂticas de láminas delgadas estudiadas por ensamblaje de elementos planos triangulares en el M.E.F
El presente trabajo tiene por objeto poner de relieve el alto grado de confianza que podemos depositar en el valor de las cargas crĂticas calculdas en láminas, asismiladas por ensamblaje de elementos planos (mĂ©todo de E.F. ) triangulares tipo placa, sometidas a cargas gravitatorias uniformemente distriuidas.Peer Reviewe
Fiabilidad de las cargas crĂticas de láminas delgadas estudiadas por ensamblaje de elementos planos triangulares en el M.E.F
El presente trabajo tiene por objeto poner de relieve el alto grado de confianza que podemos depositar en el valor de las cargas crĂticas calculdas en láminas, asismiladas por ensamblaje de elementos planos (mĂ©todo de E.F. ) triangulares tipo placa, sometidas a cargas gravitatorias uniformemente distriuidas.Peer Reviewe
Natural language and the genetic code: from the semiotic analogy to biolinguistics
[Abstract] With the discovery of the DNA structure (Watson and Crick, 1953), the idea of DNA as a linguistic code arose (Monod, 1970). Many researchers have considered DNA as a language, pointing out the semiotic parallelism between genetic code and natural language. This idea had been discussed, almost dismissed and somehow accepted. This paper does not claim that the genetic code is a linguistic structure, but it highlights several important semiotic analogies between DNA and verbal language. Genetic code and natural language share a number of units, structures and operations. The syntactic and semantic parallelisms between those codes should lead to a methodological exchange between biology, linguistics and semiotics. During the 20th century, biology has become a pilot science, so that many disciplines have formulated their theories under models taken from biology. Computer science has become almost a bioinspired field thanks to the great development of natural computing and DNA computing. Biology and semiotics are two different sciences challenged by the same common goal of deciphering the codes of the nature. Linguistics could become another «bio-inspired» science by taking advantage of the structural and «semantic» similarities between the genetic code and natural language. Biological methods coming from computer science can be very useful in the field of linguistics, since they provide flexible and intuitive tools for describing natural languages. In this way, we obtain a theoretical framework where biology, linguistics and computer science exchange methods and interact, thanks to the semiotic parallelism between the genetic code a natural language. The influence of the semiotics of the genetic code in linguistics is parallel to the need of achieving an implementable formal description of natural language. In this paper we present an overview of different bio-inspired methods — from theoretical computer science — that during the last years have been successfully applied to several linguistics issues, from syntax to pragmatics
Fuzzy Grammaticality Models: A Tool for Web Language Analysis
AbstractIn this paper, we highlight the need to propose formal models that consider grammaticality as a gradient property instead of the categorical view of grammaticality defended in theoretical linguistics. Given that deviations from the norm are inherent to the spontaneous use of language, linguistic analysis tools should account for different levels of grammaticality. Fuzzy grammaticality models may be a way to solve the problem that the so-called “noisy text” poses to parsing mechanisms used in Web language analysis–especially social networks language
Evaluation of CNN architectures for gait recognition based on optical flow maps
This work targets people identification in video based on the way they walk (\ie gait) by using deep learning architectures. We explore the use of convolutional neural networks (CNN) for learning high-level descriptors from low-level motion features (\ie optical flow components). The low number of training samples for each subject and the use of a test set containing subjects different from the training ones makes the search of a good CNN architecture a challenging task.Universidad de Málaga. Campus de Excelencia Internacional AndalucĂa Tec
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