1,948 research outputs found
Delirios producidos por auto-intoxicación intestinal primitiva : Tesis presentada para optar al grado de doctor en medicina
No full textFil: Solari, Emilio F. Universidad de Buenos Aires. Facultad de Medicina. Buenos Aires, Argentina.A la cabeza de portada: Universidad Nacional de Buenos Aires. Facultad de Ciencias Médicas. - Incluye nómina de Catedráticos y Asignatura
Enhanced Log-Polar implementation of Blind-Spot model
No full textSviluppo di un simulatore del modello spazio variante di acquisizione di immagini "Log-polar Blind
Spot Model" presentato nel lavoro in conferenza di M. Chessa, S.P. Sabatini, F. Solari, F. Tatti
dal titolo "A Quantitative Comparison of Speed and Reliability for Log-Polar Mapping
Techniques". Tale simulatore (realizzato da M. Chessa e F. Solari) e` disponibile nella libreria di
Computer Vision OpenCV (http://opencv.org/).Enhanced Log-Polar implementation (that uses Blind-Spot model) has been contributed by Fabio Solari and Manuela Chessa, see http://code.opencv.org/projects/opencv/wiki/2012 ( opencv/contrib/contrib.hpp, LogPolar_* classes and opencv/samples/cpp/logpolar_bsm.cpp sample)
La Solari dalle origini alla crisi degli anni Novanta
No full textConosciuta in tutto il mondo per aver introdotto i famosi orologi e teleindicatori a ‘palette’, la Solari ha vissuto diverse fasi sul piano societario e gestionale. Sulla base di documenti d’archivio e testimonianze orali, il volume ricostruisce la storia dell'azienda tra il XX e il XXI secolo: dal forte impulso all’innovazione dei fratelli Remigio e Fermo Solari alla crescita ‘sbilanciata’ sotto l’egida della Pirelli, dalla rovinosa esperienza nel Gruppo Fornara alla rinascita dell’ultimo ventennio, quando, guidata dall’imprenditore Massimo Paniccia, la Solari ha saputo riconquistarsi un posto di rilievo tra le eccellenze del made in Italy
Solariola gestroi A. Solari & F. Solari 1904
No full textSolariola gestroi (A. Solari & F. Solari, 1904) Fig. 1: A–F; Fig. 10–11: A; Fig. 12: (1). Otiorhynchus (Troglorhynchus) gestroi A. Solari & F. Solari, 1904: 169. Troglorhynchus (Solariella) gestroi: Flach, 1905: 318; Normand, 1908: 227. Troglorhynchus (Solariola) gestroi: Hoffmann, 1950: 151. Solariola gestroi: A. Solari & F. Solari, 1923: 51; Luigioni, 1929: 871; Porta, 1932: 57; Lona, 1937: 233; Osella, 1976: 194; Abbazzi et al., 1989: 321; Abbazzi & Osella, 1992: 302; Abbazzi et al., 1995: 22; Osella & Di Marco 1996: 355; Colonnelli, 2003: 46; Osella et al., 2005; Abbazzi & Maggini, 2009: 58; Magnano and Alonso Zarazaga, 2013: 346. Type locality. Vallo della Lucania, S. Biase di Ceraso. Holotype. Male, with the following labels: 1) S. Biase di Ceraso, 20.V. 1902 [white handwritten], [leg.] Solari [white printed]. 2) Type [white printed] ♂, Troglorhynchus Gestroi Solari Boll. Soc. E. it. 1903 [white handwritten]. Solariola gestroi (A. & F. Solari, 1903) HOLOTYPE [red printed] (MSNM). Paratypes. Two ♀♀, with the following labels: 1) S. Biase di Ceraso, 20.V. 1902 [white handwritten], [leg.] Solari [white printed]. 2) cotype [white printed] ♀, Troglorhynchus Gestroi Solari Boll. Soc. E. it. 1903 [white handwritten]. Solariola gestroi (A. & F. Solari, 1903) PARATYPE [red printed], (MSNM). 1) S. Biase di Ceraso, 20.V. 1902 [white handwritten], [leg.] Solari [white printed]. 2) cotype [white printed] ♀, Troglorhynchus Gestroi Solari Boll. Soc. E. it. 1903 [white handwritten]. Troglorhynchus Gestroi Solari cotype [white handwritten]; PARATYPE Ot. Troglorhynchus Gestroi A. & F.Solari [red printed and handwritten]; Museo Genova Coll. A. Dodero (acquisto 2000); Solariola gestroi (A. & F. Solari, 1903) PARATYPE [red printed] (MSNG). Other specimens. 67 ♂♂ ♀♀, with the following data: S. Biase di Ceraso, 7.XI. 1902, [Leg.] Bensa; Vallo Lucano, [leg.] Solari; S. Biase, Vallo Lucano, 12.VI. 1904, [leg.] Solari; same data, V. 1904; same data; 8.VI. 1904; same data, VI. 1904; same data, 10.VI. 1904; same data, 15.VI. 1904; same data 25.V. 1907; Stazione Ferroviaria di Sicignano, Prov. Salerno, 12.IV. 1909, [leg.] Andreini; Vallolucano, Novi Velia, 29.IV. 1966, Sbordoni Leg.; Salerno Vallo della Lucania Novi Velia, 31.X. 2011, Leg. Bellò C. (CBA, CBE, MSNM, MSNG, GOS). Diagnosis. Small (2.55–2.85 mm) with long pronotal setae, long elytral setae curved and very strongly inclined towards elytral surface (angle 0–5 °), long funiculus with last four segments longer than wide. Holotipe redescription: Body length 2.64 mm, maximum width of elytra 0.78 mm. Head thinly punctured on frons, this with median slightly elongate dimple and long setae pointing backward. Rostrum 1.18 times wider than long, slender, slightly arched, with rostral carinae closest to base. Under sides of rostrum densely covered under the scrobe with whitish-yellowish spatulate setae, also partially visible dorsally around eyes. Antennal scape 5 times longer than wide, slightly curved in the proximal third, regularly thickened from base to apex which is curved on the basal third; funicle more than 8 times longer than wide, segment 1 of funicle clavate, more than twice longer than wide, 2 obviously longer than wide, 3 rectangular and slightly conical, 4–7 subquadrate and longer than wide, 7 longer than the others except the first two; club oval, three segmented, 0.53 times longer than wide, densely covered with short setae. Prothorax nearly as long as wide, strongly convex, widest slightly apicad of middle, centripetal discal setae strongly inclined and more than three times longer than the average diameter of the larger points. Elytra elongate oval, twice longer than wide, sub-parallel sides regularly convergent to apex, scarcely and very regularly curved, maximum width at midlength, narrowing apically, sutural interval flat. Interstriae clearly demarcated by striae, flat, with small punctures whose number is less than that of the points of striae, each bearing a laterally flattened seta (average length 0.08 mm), almost curved and strongly inclined on elytral surface (angle 0–5 °). Aedeagus moderately and very regularly curved, sclerotisation of sides broadened in basal half, sides parallel from base to midlength, with medially convergent sides, shortly subsinuate on anterior third, apex acuminate; subtriangular lamella with partially covered sides. Female genitalia and variabilty. Spermatheca with nodulus broadened and long cornu with slightly curved apex. No significant differences were observed in non-paratype specimens. Female paratypes are normally larger than males. TL SL SW FL FW CL CW PL PW PW EL EW EW PS ES --- --- PL EL ♂ holotype 2.65 0.41 0.09 0.51 0.06 0.22 0.12 0.60 0.57 0.95 1.6 0.82 0.51 0.09 0.08 Distribution. Known only from the surroundings of type locality (Fig. 12). Affinities. This species is taxonomically mainly related to S. hirtula and S. fraterna, differing from S. hirtula by the strongly inclined elytral setae and long funiculus with the last four segments longer than wide, and from S. fraterna by the more slender appearance of pronotum, deeper points of elytra and strongly inclined elytral setae. Ecology. This species was described from three specimens collected in Castanea sativa Miller forest under leaves (Solari & Solari, 1904). Adults occur in late spring or early summer, collected either by sifting leaf litter or under deep stones (Osella, 1976).Published as part of Baviera, Cosimo, 2015, A review of the genus Solariola Flach, 1908 (Coleoptera: Curculionidae: Entiminae, Peritelini), pp. 401-430 in Zootaxa 3920 (3) on pages 405-408, DOI: 10.11646/zootaxa.3920.3.1, http://zenodo.org/record/24075
FFV1MT: A V1-MT feedforward architecture for optical flow estimation
No full textA neural feed-forward model composed of two layers that mimic the V1-MT primary motion pathway, derived from previous works by Heeger and Simoncelli. Reference: Solari F, Chessa M, Medathati NVK, Kornprobst P (2015) What can we expect from a V1-MT feedforward architecture for optical flow estimation? Signal Processing: Image Communicatio
A Computational Model for the Binocular Vector Disparity Estimation
No full textA biologically-inspired model of disparity estimation: we consider the disparity patterns that arise when artificial and living beings fixate objects in the surrounding environment, in these situations the disparity is a vector quantity (i.e. vertical and horizontal disparities). Reference: M. Chessa and F. Solari.
A Computational Model for the Neural Representation and Estimation of the
Binocular Vector Disparity from Convergent Stereo Image Pairs.
International Journal of Neural Systems, 28, art. no. 1850029, 2018
DOI: https://doi.org/10.1142/S012906571850029
Ceutorhynchus gallorhenanus F. Solari 1949
No full textCeutorhynchus gallorhenanus F. Solari Ceutorhynchus gallorhenanus F. Solari, 1949 Records. IFR KHM LWI RIV TER VIN VOL ZAK [Mazur 2002: 225]. Distribution. Palaearctic (excluding Middle East) (Colonnelli 2013) Material examined. Zakarpatska Prov. : 1 spec. (KUMN) Chornohora, Hoverla Mt., Ogloblin leg., 1926 Biology. Meadows, ruderal habitats. Adults occur in III–VIII. Oligophagous on Bassicaceae; occasionally on Reseda (Resedaceae) (Dieckmann 1972b; Tempère & Péricart 1989; Mazur 2002; Colonnelli 2004a)Published as part of Yunakov, Nikolai, Nazarenko, Vitalij, Filimonov, Rostislav & Volovnik, Semyon, 2018, A survey of the weevils of Ukraine (Coleoptera: Curculionoidea), pp. 1-494 in Zootaxa 4404 (1) on page 113, DOI: 10.11646/zootaxa.4404.1.1, http://zenodo.org/record/376675
Solariola doderoi A. Solari & F. Solari 1923
No full textSolariola doderoi A. Solari & F. Solari, 1923 Fig. 7: A–F; Fig. 10–11: G; Fig. 12: (7). Solariola doderoi A. Solari & F. Solari, 1923: 51; Luigioni, 1929: 871; Porta, 1932: 57; Lona, 1937: 233; Osella, 1976: 194; Abbazzi et al., 1989: 322; Abbazzi & Osella, 1992: 302; Abbazzi et al., 1995: 22; Osella & Di Marco 1996: 349 –355; Colonnelli, 2003: 46; Osella et al., 2005; Abbazzi & Maggini, 2009: 58; Magnano & Alonso Zarazaga, 2013: 347. Type locality. Sicily, Palermo, Madonie: Castelbuono. Holotype ♂. With following labels: 1) Castelbuono, Sicilia fine. V. 1906 A. Dodero [Leg.] [white handwritten], 2) Type ♂ [white printed], Solariola Doderoi Solari Boll. Soc. En. It., 1923 [white handwritten], 3) Solariola Doderoi typ. [white handwritten], 4) Syntype [red printed] Solariola doderoi A & F Solari, 1923 [red handwritten] (MSNG). Paratypes. 2 ♀♀ one with same holotype data and labels but without the 4) label (MSNM, MSNG). Other specimens. 1 ♀ same holotype data [but without label 2)]. [As the “ syntype ” label is the same, with the same handwriting, used for specimens of S. paganettii not used in original description, and Solari described the species from 1 ♂ and 2 ♀♀ only (Solari, 1923) it is reasonable to assume that this label is not added by the author.]; 4 ♂♂♀♀. With following labels: Sicilia, Palermo, Castelbuono, nel terreno, 2.IV. 1980, Leg. Romano M.; Sicilia, Madonie, Castelbuono, 1500 m a.s.l., 22.V. 1977, Leg. Casale; Sicilia, Castelbuono (Palermo), pend. NE Pizzo Carbonara, 31.V. 1985, Leg. Zoia S.; Sicilia, Madonie contr. La Liccia, 29.V. 1996, Leg. Angelini F. (MSNG, MSNM, MSNF, GOS). Diagnosis. A large brownish-red Solariola with elytral setae shorter than pronotal ones, these slightly raised on elytral surface (angle with elytral surface ≤ 5 °) their apex not touching elytral surface, pronotum slightly longer than wide and widest just before middle, very large and deep elytral punctures, almost square; elytral disk flat until the 4 ° row; very long antennal funicle, with only segments 5 and 6 wider than long. Holotype redescription. Body length 3.65 mm, maximum width of elytra 1.70 mm. Rostrum longer than wide (width/length ratio 0.85), confusedly and deeply wrinkled, with narrow furrow, subparallel rostral carinae very slightly arched and closest at proximal third. Underside of rostrum densely covered under scrobe by whitishyellowish spatulate setae, also partially visible around eyes. Apex and base of rostrum with short and sparse recumbent bristles ponting backward, these bristles recumbent and visible on both sides and on upper surface of carinae. Antennae slender and long, scape very long, slightly curved at proximal third, regularly thickened from base to apex, funicle very long and thin, more than 9 times longer than wide, segment 1 of funicle strongly clavate, 3 times longer than wide and wider than all the others, segment 2 shorter and about 3 times longer than wide, 3 and 4 longer than wide, 5 barely wider than long, 6 and 7 hardly longer than wide; club three-segmented, oval, length more than twice width (width/length ratio 0.41), densely covered with short setae. Prothorax slightly longer than wide (width/length ratio 0.86), strongly rounded on sides, widest in middle, disc strongly and irregularly sculptured by large deep punctures merged with smaller shallower ones which bear long recumbent seta, these pairs of points more distant from each other on disc than on sides, their interspaces smooth, strongly inclined centripetal setae inserted in smaller punctures on average less long than 4 times the average diameter of larger points. Elytra oblong elongate, oval, narrower at base than maximum width of prothorax, length almost twice their overall width (width/ length ratio 0.47), humeri obliquely rounded, sub parallel sides regularly convergent to apex, scarcely, very regularly curved, maximum width at mid length, narrowing apically. Interstriae flat, clearly demarcated but not incised by points of striae, minutely punctured, points lower in number than those of striae, each bearing a fairly long (average 0.07 mm) almost curved laterally flattened and raised (angle with elytral surface ≤ 5 °) seta, setae near elytral base more raised, some setae on elytral apex spatulate and recumbent on elytral surface. Elytral lateral declivity starting after 4 th stria. Aedeagus long, slightly curved, sclerotisation of sides broadened on basal half, sides parallel from base to middle, then slightly narrower and thereafter widened, with apex slightly arched, large, almost triangular shaped and regularly curved; long lamella triangular shaped, covered on sides, medially raised. Female genitalia and variabilty. Females differ by the usual sexual dimorphism of elytral sides being very weakly curved and not subparallel. Spermatheca with very long basally broadened nodulus and very long wide arched cornu. TL SL SW FL FW CL CW PL PW PW EL EW EW PS ES --- --- PL EL ♂ holotype 3.65 0.62 0.1 0.72 0.07 0.31 0.13 0.81 0.7 0.86 2.28 1.07 0.47 0.09 0.07 Distribution. Madonie around Castelbuono (Fig. 12). Affinities. The large size of this species makes it quite isolated in the group. It differs from S. ruffoi by pronotal shape and from S. angelae by more curved and raised elytral setae. Ecology. Unknown.Published as part of Baviera, Cosimo, 2015, A review of the genus Solariola Flach, 1908 (Coleoptera: Curculionidae: Entiminae, Peritelini), pp. 401-430 in Zootaxa 3920 (3) on pages 419-421, DOI: 10.11646/zootaxa.3920.3.1, http://zenodo.org/record/24075
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