1,721,535 research outputs found
V. de Ruvo, L'evoluzione sociale. Nuovi Principi e aspetti concreti
No full textLeclercq Jacques. V. de Ruvo, L'evoluzione sociale. Nuovi Principi e aspetti concreti. In: Revue Philosophique de Louvain. Troisième série, tome 45, n°6-7, 1947. p. 274
Vincenzo De Ruvo, L'Individuo, la Societa e la Folla
No full textLeclercq Jacques. Vincenzo De Ruvo, L'Individuo, la Societa e la Folla. In: Revue Philosophique de Louvain. Troisième série, tome 48, n°18, 1950. p. 318
V. de Ruvo, L'evoluzione sociale. Nuovi Principi e aspetti concreti
No full textLeclercq Jacques. V. de Ruvo, L'evoluzione sociale. Nuovi Principi e aspetti concreti. In: Revue Philosophique de Louvain. Troisième série, tome 45, n°6-7, 1947. p. 274
Vincenzo De Ruvo, L'essere e l'esistenza. I massimi problemi del reale
No full textFeys Robert. Vincenzo De Ruvo, L'essere e l'esistenza. I massimi problemi del reale. In: Revue Philosophique de Louvain. Troisième série, tome 46, n°11, 1948. p. 398
Vincenzo De Ruvo, L'essere e l'esistenza. I massimi problemi del reale
No full textFeys Robert. Vincenzo De Ruvo, L'essere e l'esistenza. I massimi problemi del reale. In: Revue Philosophique de Louvain. Troisième série, tome 46, n°11, 1948. p. 398
An omnidirectional range sensor for environmental 3-D reconstruction
No full textIn this paper we present a patented sensor devoted to the high precision 3D omnidirectional reconstruction. This sensor is based on the profilometer approach, but exploits a catadioptric system to get a very large field of view. After a theoretical presentation of the sensor's functionality and an analysis on its sensitivity, a designing strategy has been defined. Indoor and outdoor environmental reconstructions performed by a prototypal implementation of the sensor are also show
HiPER 3-D: An Omnidirectional Sensor for High Precision Environmental 3-D Reconstruction
No full textThe environmental 3-D reconstruction is a strategic task in many contexts, above all, in infrastructure inspection and vehicle/robot automatic motion. In this paper, we present a patented sensor capable to recover 3-D data with a very high profile acquisition rate and perform an omnidirectional highly accurate environmental reconstruction: these skills are allowed by a profilometric laser approach coupled to a catadioptric system. After a presentation of the sensor's functionality, its sensitivity is theoretically analyzed both in terms of maximum and medium error. This, not only for proving the sensor's accuracy (which, anyway, has been also experimentally tested), but also for defining a design strategy which optimally sets up its geometrical parameters. Performance of a prototypal implementation of the sensor, as well as a calibration technique, are presented, and several indoor and outdoor 3-D reconstructions are shown
An environmental 3-D scanner with wide fov geometric parameters set up
No full textWide field of view 3-D scanners are strategic in many contexts, above all, infrastructure inspection and vehicle/robot automatic motion. In this paper we present a patented sensor able to recover three-dimensional data and perform an omnidirectional highly accurate environmental reconstruction, mainly focusing on a design strategy for setting up the geometric parameters. Performance of a prototypal implementation are reported, and 3-D reconstructions are shown
Incidental Intra-Hepatic Cholangiocarcinoma and Hepatocholangiocarcinoma in Liver Transplantation: A Single-Center Experience (vol 48, pg 366, 2016)
No full textRegarding the article “Incidental Intra-Hepatic Cholangiocarcinoma and Hepatocholangiocarcinoma in Liver Transplantation: A Single-Center Experience” V. Serra, G. Tarantino, C. Guidetti, S. Aldrovandi, M. Cuoghi, T. Olivieri, G. Assirati, N. De Ruvo, P. Magistri, R. Ballarin, and F. Di Benedetto Hepato-Pancreato-Biliary Surgery and Liver Transplantation Unit, University of Modena and Reggio Emilia, Modena, Italy Transplantation Proceedings, Volume 48, Issue 2, March 2016, Pages 366–369 Available online 22 April 2016 Table 1 on page 368 should be replaced by the following table
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