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23 results on '"Ferla, Stefano"'

7. Detection and Classification of Hysteroscopic Images Using Deep Learning

Author

Raimondo, Diego, primary, Raffone, Antonio, additional, Salucci, Paolo, additional, Raimondo, Ivano, additional, Capobianco, Giampiero, additional, Galatolo, Federico Andrea, additional, Cimino, Mario Giovanni Cosimo Antonio, additional, Travaglino, Antonio, additional, Maletta, Manuela, additional, Ferla, Stefano, additional, Virgilio, Agnese, additional, Neola, Daniele, additional, Casadio, Paolo, additional, and Seracchioli, Renato, additional

Published
2024
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12. Molecular Signature of Endometrial Cancer with Coexistent Adenomyosis: A Multicentric Exploratory Analysis

Author

Raimondo, Diego, primary, Raffone, Antonio, additional, Virgilio, Agnese, additional, Ferla, Stefano, additional, Maletta, Manuela, additional, Neola, Daniele, additional, Travaglino, Antonio, additional, Paradisi, Roberto, additional, Hernández, Alicia, additional, Spagnolo, Emanuela, additional, García-Pineda, Virginia, additional, Lenzi, Jacopo, additional, Guida, Maurizio, additional, Casadio, Paolo, additional, and Seracchioli, Renato, additional

Published
2023
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14. Laparoscopic entry techniques: Which should you prefer?

Author

Raimondo, Diego, primary, Raffone, Antonio, additional, Travaglino, Antonio, additional, Ferla, Stefano, additional, Maletta, Manuela, additional, Rovero, Giulia, additional, Renzulli, Federica, additional, de Laurentiis, Umberto, additional, Borghese, Giulia, additional, Ambrosio, Marco, additional, Salucci, Paolo, additional, Casadio, Paolo, additional, Mollo, Antonio, additional, and Seracchioli, Renato, additional

Published
2022
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15. Laparoscopic entry techniques: Which should you prefer?

Author

Raimondo, Diego, Raffone, Antonio, Travaglino, Antonio, Ferla, Stefano, Maletta, Manuela, Rovero, Giulia, Renzulli, Federica, de Laurentiis, Umberto, Borghese, Giulia, Ambrosio, Marco, Salucci, Paolo, Casadio, Paolo, Mollo, Antonio, and Seracchioli, Renato

Published
2023
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17. The roof wing opening system of the UAE pavilion at EXPO 2020

Author

Leutenegger, Paolo, Vergano, Carlo, Herzinger, Rainer, Weber, Jürgen, Bassetto, Nicola, Belluschi, Fabio, Cardani, Riccardo, Costin, Ina, Codari, Costanzo, Ferla, Stefano, Forti, Giovanni, Köhler, Simon, Maddalon, Roberto, Pari, Gino, Panev, Daniel, Pavanetto, Michele, Poli, Christian, Ripamonti, Massimo, Rossignoli, Alessandro, Trau, Matteo, Uhlmann, Jonas, Zaltieri, Renzo, and Dresdner Verein zur Förderung der Fluidtechnik e. V. Dresden

Subjects
Engineering, Wing, Piping, ddc:621.3, business.industry, Motion Control, Hydraulic System, Hydraulic Actuators, Pavilion, Synchronization, Valves, 12th International Fluid Power Conference, 12. IFK, Hydrauliksystem, Rohrleitungen, Ventile, Hydraulikantriebe, Bewegungssteuerung, Synchronisation, 12th International Fluid Power Conference, Hydraulic System, Piping, Valves, Hydraulic Actuators, Motion Control, Synchronization, Forensic engineering, ddc:620, business, Roof
Abstract

The UAE Pavilion will be a major attraction at Expo 2020 in Dubai. The roof of the building consists of 28 operable wings made of carbon and glass fiber, having masses ranging from 5 to 18 tons and total lengths in the range of 30 to 65 m that have to be actuated by a dedicated mechanism. In this paper we present the turn-key project for the design, manufacturing, installation, test and commissioning of the Roof Wing Opening System, which represents a unique system world-wide for operating the wings. It consists of one Hydraulic Power Unit with approximately 1 MW of installed power, 2 km of piping working at the nominal pressure of 210 bar, 46 hydraulic cylinders with 1.5 tons of mass each and the complete automation and control subsystem that includes 9 separate PLCs, dedicated software, 2.000 sensors and control points, and over 20 km of harness. One major challenge is the control of the wings. Part of them, due to their huge dimensions and masses, are actuated using two or three hydraulic cylinders that have to be properly synchronized during the movement, preventing unwanted displacements in order to avoid stresses on the wing mechanical structure and ultimately permanent damages. Due to the nature of the project, a final validation of the control algorithms can be done only at system level during the commissioning phase. Therefore, particular care has to be devoted to the verification strategy, anticipating the behavior of the system in the early validation stages and following a V-model approach, in order to identify critical situations and reduce the overall risk. After a brief system description, we will explain how the verification has been approached by using system level simulations and dedicated testing activities on specific subsystems. In particular, we will detail the verification of the control algorithms that has been performed on a dedicated Hardware-Inthe- Loop system first, followed then by dedicated tests on a reduced wing mock-up, allowing the study of the system behavior under the most critical conditions. These include the application of external forces with specified profiles. Finally, we will provide the actual status of the system installation, testing and commissioning activities that have been running in Dubai since January 2019.

Published
2020
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18. The roof wing opening system of the UAE pavilion at EXPO 2020

Author

Dresdner Verein zur Förderung der Fluidtechnik e. V. Dresden, Leutenegger, Paolo, Vergano, Carlo, Herzinger, Rainer, Weber, Jürgen, Bassetto, Nicola, Belluschi, Fabio, Cardani, Riccardo, Costin, Ina, Codari, Costanzo, Ferla, Stefano, Forti, Giovanni, Köhler, Simon, Maddalon, Roberto, Pari, Gino, Panev, Daniel, Pavanetto, Michele, Poli, Christian, Ripamonti, Massimo, Rossignoli, Alessandro, Trau, Matteo, Uhlmann, Jonas, Zaltieri, Renzo, Dresdner Verein zur Förderung der Fluidtechnik e. V. Dresden, Leutenegger, Paolo, Vergano, Carlo, Herzinger, Rainer, Weber, Jürgen, Bassetto, Nicola, Belluschi, Fabio, Cardani, Riccardo, Costin, Ina, Codari, Costanzo, Ferla, Stefano, Forti, Giovanni, Köhler, Simon, Maddalon, Roberto, Pari, Gino, Panev, Daniel, Pavanetto, Michele, Poli, Christian, Ripamonti, Massimo, Rossignoli, Alessandro, Trau, Matteo, Uhlmann, Jonas, and Zaltieri, Renzo

Abstract

The UAE Pavilion will be a major attraction at Expo 2020 in Dubai. The roof of the building consists of 28 operable wings made of carbon and glass fiber, having masses ranging from 5 to 18 tons and total lengths in the range of 30 to 65 m that have to be actuated by a dedicated mechanism. In this paper we present the turn-key project for the design, manufacturing, installation, test and commissioning of the Roof Wing Opening System, which represents a unique system world-wide for operating the wings. It consists of one Hydraulic Power Unit with approximately 1 MW of installed power, 2 km of piping working at the nominal pressure of 210 bar, 46 hydraulic cylinders with 1.5 tons of mass each and the complete automation and control subsystem that includes 9 separate PLCs, dedicated software, 2.000 sensors and control points, and over 20 km of harness. One major challenge is the control of the wings. Part of them, due to their huge dimensions and masses, are actuated using two or three hydraulic cylinders that have to be properly synchronized during the movement, preventing unwanted displacements in order to avoid stresses on the wing mechanical structure and ultimately permanent damages. Due to the nature of the project, a final validation of the control algorithms can be done only at system level during the commissioning phase. Therefore, particular care has to be devoted to the verification strategy, anticipating the behavior of the system in the early validation stages and following a V-model approach, in order to identify critical situations and reduce the overall risk. After a brief system description, we will explain how the verification has been approached by using system level simulations and dedicated testing activities on specific subsystems. In particular, we will detail the verification of the control algorithms that has been performed on a dedicated Hardware-Inthe- Loop system first, followed then by dedicated tests on a reduced wing mock-up, allowing the

Published
2020

19. Assessing the Long-Term Role of Vaccination against HPV after Loop Electrosurgical Excision Procedure (LEEP): A Propensity-Score Matched Comparison

Author

Bogani, Giorgio, Raspagliesi, Francesco, Sopracordevole, Francesco, Ciavattini, Andrea, Ghelardi, Alessandro, Simoncini, Tommaso, Petrillo, Marco, Plotti, Francesco, Lopez, Salvatore, Casarin, Jvan, Serati, Maurizio, Pinelli, Ciro, Valenti, Gaetano, Bergamini, Alice, Gardella, Barbara, Dell'Acqua, Andrea, Monti, Ermelinda, Vercellini, Paolo, D'Ippolito, Giovanni, Aguzzoli, Lorenzo, Mandato, Vincenzo D, Carunchio, Paola, Carlifante, Gabriele, Gianella, Luca, Scaffa, Cono, Falcone, Francesca, Ferla, Stefano, Borghi, Chiara, Ditto, Antonino, Malzoni, Mario, Giannini, Andrea, Salerno, Maria Giovanna, Liberale, Viola, Contino, Biagio, Donfrancesco, Cristina, Desiato, Michele, Perrone, Anna Myriam, Dondi, Giulia, De Iaco, Pierandrea, Leone Roberti Maggiore, Umberto, Signorelli, Mauro, Chiappa, Valentina, Ferrero, Simone, Sarpietro, Giuseppe, Matarazzo, Maria G, Cianci, Antonio, Bocio, Sara, Ruisi, Simona, Guerrisi, Rocco, Brusadelli, Claudia, Mosca, Lavinia, Tinelli, Raffaele, De Vincenzo, Rosa Pasqualina, Zannoni, Gian Franco, Ferrandina, Maria Gabriella, Dessole, Salvatore, Angioli, Roberto, Greggi, Stefano, Spinillo, Arsenio, Ghezzi, Fabio, Colacurci, Nicola, Fischetti, Margherita, Carlea, Annunziata, Zullo, Fulvio, Muzii, Ludovico, Scambia, Giovanni, Benedetti Panici, Pierluigi, Di Donato, Violante, De Vincenzo, Rosa (ORCID:0000-0001-7408-0435), Zannoni, Gian Franco (ORCID:0000-0003-1809-129X), Ferrandina, Gabriella (ORCID:0000-0003-4672-4197), Scambia, Giovanni (ORCID:0000-0003-2758-1063), Bogani, Giorgio, Raspagliesi, Francesco, Sopracordevole, Francesco, Ciavattini, Andrea, Ghelardi, Alessandro, Simoncini, Tommaso, Petrillo, Marco, Plotti, Francesco, Lopez, Salvatore, Casarin, Jvan, Serati, Maurizio, Pinelli, Ciro, Valenti, Gaetano, Bergamini, Alice, Gardella, Barbara, Dell'Acqua, Andrea, Monti, Ermelinda, Vercellini, Paolo, D'Ippolito, Giovanni, Aguzzoli, Lorenzo, Mandato, Vincenzo D, Carunchio, Paola, Carlifante, Gabriele, Gianella, Luca, Scaffa, Cono, Falcone, Francesca, Ferla, Stefano, Borghi, Chiara, Ditto, Antonino, Malzoni, Mario, Giannini, Andrea, Salerno, Maria Giovanna, Liberale, Viola, Contino, Biagio, Donfrancesco, Cristina, Desiato, Michele, Perrone, Anna Myriam, Dondi, Giulia, De Iaco, Pierandrea, Leone Roberti Maggiore, Umberto, Signorelli, Mauro, Chiappa, Valentina, Ferrero, Simone, Sarpietro, Giuseppe, Matarazzo, Maria G, Cianci, Antonio, Bocio, Sara, Ruisi, Simona, Guerrisi, Rocco, Brusadelli, Claudia, Mosca, Lavinia, Tinelli, Raffaele, De Vincenzo, Rosa Pasqualina, Zannoni, Gian Franco, Ferrandina, Maria Gabriella, Dessole, Salvatore, Angioli, Roberto, Greggi, Stefano, Spinillo, Arsenio, Ghezzi, Fabio, Colacurci, Nicola, Fischetti, Margherita, Carlea, Annunziata, Zullo, Fulvio, Muzii, Ludovico, Scambia, Giovanni, Benedetti Panici, Pierluigi, Di Donato, Violante, De Vincenzo, Rosa (ORCID:0000-0001-7408-0435), Zannoni, Gian Franco (ORCID:0000-0003-1809-129X), Ferrandina, Gabriella (ORCID:0000-0003-4672-4197), and Scambia, Giovanni (ORCID:0000-0003-2758-1063)

Abstract

Background: Primary prevention through vaccination is a prophylactic approach aiming to reduce the risk of developing human papillomavirus (HPV)-related lesions. No mature and long-term data supported the adoption of vaccination in women undergoing conization. Methods: This is a retrospective multi-institutional study. Charts of consecutive patients undergoing conization between 2010 and 2014 were collected. All patients included had at least 5 years of follow-up. We compared outcomes of patients undergoing conization plus vaccination and conization alone. A propensity-score matching algorithm was applied in order to reduce allocation biases. The risk of developing recurrence was estimated using Kaplan-Meir and Cox hazard models. Results: Overall, charts of 1914 women were analyzed. The study group included 116 (6.1%) and 1798 (93.9%) women undergoing conization plus vaccination and conization alone, respectively. Five-year recurrence rate was 1.7% (n = 2) and 5.7% (n = 102) after conization plus vaccination and conization alone, respectively (p = 0.068). After the application of a propensity-score matching, we selected 100 patients undergoing conization plus vaccination and 200 patients undergoing conization alone. The crude number of recurrences was 2 (2%) and 11 (5.5%) for patients undergoing conization plus vaccination and conization alone, respectively (p = 0.231). Vaccination had no impact on persistent lesions (no negative examination between conization and new cervical dysplasia; p = 0.603), but reduced the risk of recurrent disease (patients who had at least one negative examination between conization and the diagnosis of recurrent cervical dysplasia; p = 0.031). Conclusions: Patients having vaccination experience a slightly lower risk of recurrence than women who had not, although not statistically significantly different. Further evidence is needed to assess the cost effectiveness of adopting vaccination in this setting.

Published
2020

20. Assessing the Long-Term Role of Vaccination against HPV after Loop Electrosurgical Excision Procedure (LEEP): A Propensity-Score Matched Comparison

Author

Bogani, Giorgio, primary, Raspagliesi, Francesco, additional, Sopracordevole, Francesco, additional, Ciavattini, Andrea, additional, Ghelardi, Alessandro, additional, Simoncini, Tommaso, additional, Petrillo, Marco, additional, Plotti, Francesco, additional, Lopez, Salvatore, additional, Casarin, Jvan, additional, Serati, Maurizio, additional, Pinelli, Ciro, additional, Valenti, Gaetano, additional, Bergamini, Alice, additional, Giannella, Barbara, additional, Dell’Acqua, Andrea, additional, Monti, Ermelinda, additional, Vercellini, Paolo, additional, D’ippolito, Giovanni, additional, Aguzzoli, Lorenzo, additional, Mandato, Vincenzo D, additional, Carunchio, Paola, additional, Carlifante, Gabriele, additional, Giannella, Luca, additional, Scaffa, Cono, additional, Falcone, Francesca, additional, Ferla, Stefano, additional, Borghi, Chiara, additional, Ditto, Antonino, additional, Malzoni, Mario, additional, Giannini, Andrea, additional, Salerno, Maria Giovanna, additional, Liberale, Viola, additional, Contino, Biagio, additional, Donfrancesco, Cristina, additional, Desiato, Michele, additional, Perrone, Anna Myriam, additional, Dondi, Giulia, additional, De Iaco, Pierandrea, additional, Leone Roberti Maggiore, Umberto, additional, Signorelli, Mauro, additional, Chiappa, Valentina, additional, Ferrero, Simone, additional, Sarpietro, Giuseppe, additional, Matarazzo, Maria G, additional, Cianci, Antonio, additional, Bocio, Sara, additional, Ruisi, Simona, additional, Guerrisi, Rocco, additional, Brusadelli, Claudia, additional, Mosca, Lavinia, additional, Tinelli, Raffaele, additional, De Vincenzo, Rosa, additional, Zannoni, Gian Franco, additional, Ferrandina, Gabriella, additional, Dessole, Salvatore, additional, Angioli, Roberto, additional, Greggi, Stefano, additional, Spinillo, Arsenio, additional, Ghezzi, Fabio, additional, Colacurci, Nicola, additional, Fischetti, Margherita, additional, Carlea, Annunziata, additional, Zullo, Fulvio, additional, Muzii, Ludovico, additional, Scambia, Giovanni, additional, Benedetti Panici, Pierluigi, additional, and Di Donato, Violante, additional

Published
2020
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23. Artificial intelligence weights the importance of factors predicting complete cytoreduction at secondary cytoreductive surgery for recurrent ovarian cancer

Author

Bogani, Giorgio, primary, Rossetti, Diego, additional, Ditto, Antonino, additional, Martinelli, Fabio, additional, Chiappa, Valentina, additional, Mosca, Lavinia, additional, Leone Roberti Maggiore, Umberto, additional, Ferla, Stefano, additional, Lorusso, Domenica, additional, and Raspagliesi, Francesco, additional

Published
2018
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