198,725 research outputs found
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
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
Le schermature solari nel progetto contemporaneo: Casi Studio
No full textSchede di analisi delle schermature solari di cinque casi studio : Markhauser 11-13 a Magonza, Complesso Merville a Jesolo, Novancia Business School a Parigi, Biblioteca di Greve in Chianti, Sede Homes a Treviso
Personal Papers (MS 80-0002)
No full textLetter from M. J. Solari to Daniel W. Kempner discussing potential real estate properties for him to buy
Entrepreneurship at the margins of society : founding dynamics in gray (Sex shops) and black markets (Mafia)
No full textInstitutional theory and organizational ecology have long proposed alternative (albeit not always contradictory) processes to interpret founding and creation of a novel organizational form. Much of the debate has dealt with the issue of how legitimation processes shape such important events or acts. Empirical research on both sides is rich with interesting results, while much of the controversy regards how legitimation is empirically captured and the ways it unfolds over time.
Recently, within organization ecology this specific issue has received increasing attention in the search for a theory of forms and identities. A central piece of the proposed theory links identities to specific audiences or constituencies, both internal and external, which act by attributing legitimation to novel constructions. The new formulation has originated different efforts aimed at better understanding how audiences develop and how they are shaped by wider social movements. Existing research has mainly been dealing with organizations (and forms), which appear to be legitimate (albeit not legitimated) from their inception, benefiting from the generalized acceptance of business organizations in modern societies. Limited attention has been devoted to analyzing contrasted forms, i.e. organized forms of action which act at the border or outside the border of established economic and social action. I contend that it is by analyzing these extreme cases that a clearer interpretation of legitimacy and legitimation processes can be achieved. By analyzing the evolution and the principal dynamics of three populations that are operating in gray and black market, I propose a critique to existing theories of legitimacy
Monodelphis (Mygalodelphys) handleyi Solari 2007
No full textMonodelphis (Mygalodelphys) handleyi Solari, 2007 TYPE MATERIAL AND TYPE LOCALITY: MUSM 15991, the holotype by original designation, consists of the skin, skull, and preserved tissues of an adult male collected at the Centro de Investigaciones Jenaro Herrera (4.87° S, 73.65° W; 135 m) on the right bank of the lower Río Ucayali, Loreto department, Peru. SYNONYMS: None. DISTRIBUTION: Monodelphis handleyi is currently known from two Peruvian localities—the type locality in Loreto and another in Pasco department. 7 A recent report of M. handleyi from western Brazil (Bezerra et al., 2019) appears to have been based on a subadult specimen of M. ronaldi (see Ruelas and Pacheco, 2022). REMARKS: For descriptions, illustrations, measurements, and morphological comparisons with other congeners, see Solari (2007), Voss et al. (2019), and Ruelas and Pacheco (2022). Phylogenetic analyses of DNA sequence data indicate that Monodelphis handleyi belongs to a clade that includes M. osgoodi, M. peruviana, M. ronaldi, and M. saci (see Solari, 2007; Pavan et al., 2014, 2016, 2017; Ruelas and Pacheco, 2022). 7 The Pasco locality, previously unreported in the literature, is vouchered by a single specimen (MUSM 24217) collected by Elena Vivar on the Río Pescado (10.38° S, 75.25° W; 500 m).Published as part of Voss, Robert S., 2022, An Annotated Checklist Of Recent Opossums (Mammalia: Didelphidae), pp. 1-77 in Bulletin of the American Museum of Natural History 2022 (455) on page 27, DOI: 10.1206/0003-0090.455.1.1, http://zenodo.org/record/716137
La vacuna, su importancia del punto de vista profiláctico : Tesis presentada para optar al grado de doctor en medicina
No full textFil: Solari, Florencio M. 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 Asignaturas. Tesis con dedicatoria
Solariola hirtula A. Solari & F. Solari 1923, stat. nov.
No full textSolariola hirtula (A. Solari & F. Solari, 1923) stat. nov. Fig. 2: A–F; Fig. 10–11: B; Fig. 12: (2). Solariola gestroi ssp. hirtula 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: 347. Type locality. Calabria, Reggio Calabria, S. Eufemia d’Aspromonte. Diagnosis. A small Solariola (2.55–2.85 mm) with long and curved elytral setae, moderately raised on the elytral surface (angle with elytral surface 5–20 °), slightly curved, elytral punctures very deep almost subquadrate, very short funiculus with last four segments wider than long, abruptly strongly curved triangularly shaped aedeagus apex. Lectotype (here designated). ♂, with the following labels: 1) Calabria, S.ta Eufemia [white, printed], [leg.] Paganetti [white printed]. 2) co Type [white printed] ♂ subsp. hirtula Solari Boll. Soc. E. it. 1923 [white handwritten]. 3) Solariola gestroi hirtula (A. Solari & F. Solari, 1923) LECTOTYPE Baviera des. [red printed]; 4) Solariola hirtula (A. Solari & F. Solari, 1923) stat. nov. 2013 Baviera det. [white printed] (MSNM). Paralectotypes. 12 specimens: 7 ♀♀ with the following labels: 1) Calabria, S.ta Eufemia [white, printed], [leg.] Paganetti [white printed]. 2) co Type [white printed] ♀ subsp. hirtula Solari Boll. Soc. E. it. 1923 [white handwritten]; 3) Solariola gestroi hirtula (A. & F. Solari, 1903) PARALECTOTYPE Baviera des. [red printed]; 4) Solariola hirtula (A. & F. Solari, 1923) stat. nov. 2013 Baviera det.; 5 ♂♂ with the following labels: 1) Calabria, S.ta Eufemia [white, printed], [leg.] Paganetti [white printed]. 2) co Type [white printed] ♀ subsp. hirtula Solari Boll. Soc. E. it. 1923 [white handwritten]. 3) Solariola gestroi hirtula (A. & F. Solari, 1903) PARALECTOTYPE Baviera des. [red printed] 4) Solariola hirtula (A. & F. Solari, 1923) stat. nov. 2013 Baviera det.; (MSNM, GOS); Others Specimens. 120 ♂♂ ♀♀ with the following data: Calabria, S. Eufemia, Piani Aspromonte, 600 m, 7.VI. 1994, Castagno, [leg.] Angelini; same locality, 780 m, 15.X. 1993, lecceta, [leg.] Angelini & Sabella; Calabria, S. Eufemia d'Aspromonte, 28.V. 1989, [leg.] Bellò; same data [leg.] Pierotti; Calabria, Aspromonte, Piani Aspromonte, 26.IV. 2002, [leg.] Angelini; Calabria, S.ta Eufemia, [leg.] Paganetti; Calabria, Aspromonte, Gerace, (RC), 9.XI. 1997 leg. Angelini; Calabria, Calabria, Aspromonte, Gerace, (RC) 650 m, 11.X. 1993, leg. Angelini; Calabria, S. Eufemia, Fiumara Crasta, 630 m, 3.V. 1993, leg. Angelini & Sabella; idem, 600 m, 04.V. 1993; Calabria, S. Alessio in Aspromonte, 740 m, 2.V. 1993, leg. Angelini & Sabella; Calabria, S. Luca Strada per Santuario Polsi, 13.X. 1993, leg. Angelini & Sabella; Cimina, 12.X. 1993, leg. Angelini & Sabella; Calabria, Antonimina, 12.X. 1993, leg. Angelini & Sabella; (MSNM, GOS, MSNF, DEI, CBA, ECO, CBE). Lectotype description. Body length 2.51 mm, maximum width of elytra 0.75 mm. Rostrum confusedly and slightly wrinkled, 1.08 wider than long, with broad rostral furrow, subparallel raised rostral carinae slightly arched as to be closest at the middle. Underside of rostrum densely covered with whitish-yellowish spatulate setae, also partially visible around eyes. Antennae with scape more than 5 times longer than wide, slightly curved on proximal third, regularly thickened from base to apex which is curved at basal third, funicle less than 7 times longer than wide, segment 1 of funicle clavate and more than twice longer than wide, second shorter but still obviously longer than wide, 3 to 7 subquadrate, all wider than long, seventh the broadest (width/length ratio 1.19) and about as wide as the first; club oval, 0.54 as wide as long, three-segmented and densely covered with short setae. Prothorax nearly as long as wide, strongly convex, widest slightly before the middle, disc strongly and irregularly sculptured by large deep punctures merged with smaller shallower ones bearing a long recumbent seta, interspaces between punctures matte, microreticulate, the centripetal setae inserted in smaller punctures on average less than 3 times longer than the average diameter of the larger points (average length 0.07 mm), strongly inclined. Elytra oblong elongate, oval, narrower at base than maximum width of prothorax, twice longer than their overall width (width/ length ratio 0.50), subparallel sides regularly convergent to apex, scarcely and very regularly curved, maximum width at mid length, narrowing apically. Interstriae raised, clearly demarcated by points of striae, with small points whose number is lower than that of the points of striae, each bearing a fairly long (average length 0.07 mm) laterally flattened seta almost curved and slihgtly raised on elytral surface (angle with elytral surface 5–20 °), some of those setae on elytral apex spatulate and recumbent on elytral surface. Aedeagus slighly curved, sclerotisation of sides broadened in basal half, sides parallel from base to mid length, with sides convergent medially and shortly subsinuate at anterior third, with abruptly strongly curved triangularly shaped apex; lamella drop-shaped, with partially covered sides, centrally raised. Female genitalia and variabilty. Spermatheca with nodulus not broadened and long cornu. Other specimens differ from lectotype only slightly for size and for the normal differences found in ♀♀: elytra not distinctly more stubby and with sides very slightly arched, inner margin of tibiae more weakly bisinuate, anterior tibiae not curved inwards at apex. TL SL SW FL FW CL CW PL PW PW EL EW EW PS ES --- --- PL EL ♂ lectotype 2.53 0.4 0.08 0.36 0.06 0.21 0.11 0.607 0.541 0.90 1.51 0.77 0.51 0.07 0.07 Distribution. Known only from the type locality (Fig. 12). Affinities. Described as a subspecies of S. gestroi, this species is distinguished by different shape of the apex of aedeagus, sharper and not abruptly strongly curved in S. gestroi (Fig. 1 F), the very short funiculus, the much more raised setae on elytral intervals, characters already pointed out by Solari & Solari (1923) in the original description. Solariola hirtula stat. nov. differs from S. fraterna n. sp. by the pronotal shape and very short and compact funiculus. Ecology. Specimens were collected sifting leaves in a mixed forest of Castanea sativa L. and Quercus ilex L.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 408-410, DOI: 10.11646/zootaxa.3920.3.1, http://zenodo.org/record/24075
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