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  1. 5281
    “…This paper proposes a fast high-resolution phase diversity method with limited memory Broyden–Fletcher–Goldfarb–Shanno (L-BFGS) algorithm, which can accurately detect aberrations in the presence of high-order aberrations. …”
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  2. 5282
    por Tantucci, Claudio, Modina, Denise
    Publicado 2012
    “…The landmark study of Fletcher and Peto on the natural history of tobacco smoke-related chronic airflow obstruction suggested that decline in the forced expiratory volume in the first second (FEV(1)) in chronic obstructive pulmonary disease (COPD) is slow at the beginning, becoming faster with more advanced disease. …”
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  3. 5283
    “…Clinically it is usually a slow-growing mass of upper extremities with frequent local recurrence and rare regional lymphatic and systemic metastasis (Fletcher et al. (2002), Enzinger and Zhang (1988), Remstein et al. (1999)).…”
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  4. 5284
    “…Involvement of parametrial disease in locally advanced cervical patients poses a challenge for women undergoing brachytherapy. Current use of the Fletcher suit applicator may not adequately cover the high risk clinical target volume (HR CTV), especially in the parametrial region due to the physical qualities of brachytherapy from the inverse square law and the need to respect organs at risk (OAR) constraints, and leads to lower local control rates. …”
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  5. 5285
    por Chuong, Edward B.
    Publicado 2018
    “…In a recent study, Dunn-Fletcher and colleagues discover a striking example of an ERV-derived enhancer element that has been co-opted to regulate a gene important for human pregnancy. …”
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  6. 5286
    “…The sensitivity coefficients were analyzed to provide the thermal property estimation. The Broydon-Fletcher-Goldfarb-Shanno (BFGS) optimization technique was applied to minimize an objective function. …”
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  7. 5287
    por Xue, Cuiping, Zhang, Tie, Xiao, Dong
    Publicado 2021
    “…The output relation block is monitored by the Broyden–Fletcher–Goldfarb–Shanno method. Finally, the effectiveness of the proposed fault detection method is verified by the recognized Eastman process data in Tennessee.…”
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  8. 5288
    “…The proposal is based on the optimization algorithms, Scaling-by-Majorizing-a-Complicated-Function and the Limited-Memory-Broyden-Fletcher-Goldfarb-Shannon. A qualitative evaluation of these algorithms is performed for 3D positioning. …”
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  9. 5289
    por Bao, Han, Sakaue, Shinsaku
    Publicado 2022
    “…Our theoretical analysis reveals that a larger q leads to a faster convergence when optimized with the Broyden–Fletcher–Goldfarb–Shanno (BFGS) algorithm. In summary, the deformation induces a trade-off between the sparsity and convergence speed.…”
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  10. 5290
    por Abolins, M, Achenbach, R, Adorisio, C, Adragna, P, Aharrouche, M, Aielli, G, Al-Shabibi, A, Aleksandrov, I, Alexandre, G, Aloisio, A, Alviggi, M G, Amorim, A, Anderson, K, Andrei, V, Anduaga, X, Antonelli, S, Anulli, F, Aracena, I, Ask, S, Åsman, B, Asquith, L, Avolio, G, Backlund, S, Badescu, E, Bahat Treidel, O, Baines, J, Barnett, B M, Bartoldus, R, Batraneanu, S, Battaglia, A, Bauss, B, Beck, H P, Bee, C, Behera, P, Bell, P, Bell, W H, Bellagamba, L, Bellomo, M, Ben Ami, S, Bendel, M, Benhammou, Ya, Benslama, K, Berge, D, Berger, N, Berry, T, Bianco, M, Biau, C, Biglietti, M, Blair, R E, Bogaerts, A, Bohm, C, Boisvert, V, Bold, T, Bondioli, M, Booth, J R A, Boscherini, D, Bosman, M, Boyd, J, Bracinik, J, Brawn, I P, Brelier, B, Bressler, S, Brooks, W, Brunet, S, Bruni, A, Bruni, G, Bucci, F, Buda, S, Burckhart-Chromek, D, Buttar, C, Camarri, P, Campanelli, M, Canale, V, Caprini, M, Caracinha, D, Cardarelli, R, Carlino, G, Casadei, D, Casado, M P, Cataldi, G, Cerri, A, Charlton, D G, Childers, J T, Chiodini, G, Ciapetti, G, Cimino, D, Ciobotaru, M, Clements, D, Coccaro, A, Collins, N J, Conde-Muíño, P, Constantin, S, Conventi, F, Corradi, M, Corso-Radu, A, Costa, M J, Coura Torres, R, Cranfield, R, Cranmer, K, Crone, G, Crupi, R, Cuenca-Almenar, C, Curtis, C J, Czyczula, Z, Dam, M, Damazio, D, Darlea, G L, Davis, A O, Dawson, I, De Pedis, D, De Santo, A, De Seixas, J M, DeAsmundis, R, Degenhardt, J, Della Volpe, D, DellaPietra, M, Delsart, P-A, Demers, S, Demirkoz, B, Di Mattia, A, Díaz, M, Di Ciaccio, A, Dionisi, C, Djilkibaev, R, Dobson, E, Dobson, M, Dogaru, M, Dos Anjos, A, Dotti, A, Dova, M T, Drake, G, Dufour, M-A, Eckweiler, S, Ehrenfeld, W, Eifert, T, Eisenhandler, E F, Ellis, Nick, Emeliyanov, D, Enoque Ferreira de Lima, D, Ermoline, Y, Eschrich, I, Etzion, E, Falciano, S, Farthouat, P, Faulkner, P J W, Fedorko, I, Feng, E, Ferland, J, Ferrari, R, Ferrer, M L, Flacher, H, Fleckner, J E, Flowerdew, M, Föhlisch, F, Fonseca-Martin, T, Francis, D, Fratina, S, Fukunaga, C, Gadomski, S, Gallacher, M P, Gällnö, P, Garitaonandia Elejabarrieta, H, Gaudio, G, Gee, C N P, George, S, Ghete, V M, Giagu, S, Gillman, A R, Giusti, P, Goncalo, R, Gonzalez Pinto, F, Gonzalez Silva, L, Göringer, C, Gorini, B, Gorini, E, Grabowska-Bold, I, Grancagnolo, F, Grancagnolo, S, Green, B, Groll, M, Haas, S, Hadavand, H, Hadley, D R, Haller, J, Hamilton, A, Hanke, P, Hansen, J R, Hasagawa, S, Hasegawa, Y, Hauschild, M, Hauser, R, Hayakawa, T, Head, S, Heijboer, A, Hellman, S, Hidvégi, A, Hillier, S J, Hirayama, S, Höcker, A, Hori, T, Hrynóva, T, Hughes-Jones, R, Huston, J, Iacobucci, G, Idarraga, J, Igonkina, O, Ikeno, M, Ishikawa, A, Ishino, M, Iwasaki, H, Izzo, V, Jain, V, Jiménez-Otero, S, Johansen, M, Johns, K, Joos, M, Kadosaka, T, Kajomovitz, E, Kalinowski, A, Kama, S, Kanaya, N, Kanega, F, Kawagoe, K, Kawamoto, T, Kazarov, A, Kehoe, R, Kessoku, K, Khoriauli, G, Kieft, G, Kirk, J, Kiyamura, H, Klofver, P, Klous, S, Kluge, E-E, Kobayashi, T, Koeneke, K, Kolos, S, Kono, T, Konoplich, R, Konstantinidis, N, Korcyl, K, Kordas, K, Kotov, V, Krasznahorkay, A, Kubota, T, Kugel, A, Kurashige, H, Kwee, R, Landon, M, Lankford, A J, Leahu, L, Leahu, M, LeCompte, T, Ledroit, F, Lehmann-Miotto, G, Lei, X, Lellouch, D, Lendermann, V, Levinson, L, Leyton, M, Li, S, Liberti, B, Lifshitz, R, Lilley, J N, Lim, H, Lohse, T, Losada, M, Luci, C, Luminari, L, Lupu, N, Mackeprang, R, Maettig, S, Mahboubi, K, Mahout, G, Maltrana, D, Mapelli, L, Marchese, F, Marino, C, Martin, B, Martin, B T, Marzano, F, Masik, J, Matsushita, T, McMahon, T, McPherson, R, Medinnis, M, Meessen, C, Meier, K, Meirosu, C, Messina, A, Middleton, R P, Migliaccio, A, Mikenberg, G, Mincer, A, Mineev, M, Misiejuk, A, Moa, T, Mönig, K, Monticelli, F, Moraes, A, Moreno, D, Morettini, P, Morris, J D, Müller, F, Murillo Garcia, R, Nagano, K, Nagasaka, Y, Nakatsuka, H, Navarro, G A, Negri, A, Némethy, P, Neusiedl, A, Nisati, A, Niwa, T, Nomoto, H, Nozaki, M, Nozicka, M, Ochi, A, Oda, S, Ohm, C, Okumura, Y, Oltmann, B, Olvito, D, Omachi, C, Osculati, B, Oshita, H, Osuna, C, Özcan, E, Ozone, K, Padilla, C, Panes, B, Panikashvili, N, Parodi, F, Pasqualucci, E, Pastore, F, Patricelli, S, Pauly, T, Perantoni, M, Perera, V J O, Pérez, E, Pérez-Réale, V, Perrino, R, Pessoa Lima Junior, H, Petcu, M, Petersen, B, Petersen, J, Petrolo, E, Piegaia, R, Pilcher, J E, Pinzon, G, Policicchio, A, Polini, A, Pope, B, Potter, C, Prieur, D P F, Primavera, M, Prokishin, F, Qian, W, Quinonez, F, Radescu, V, Rajagopalan, S, Ramos Dos Santos Neves, R, Reinsch, A, Renkel, P, Rescigno, M, Rieke, S, Risler, C, Riu, I, Robertson, S, Roda, C, Rodríguez, D, Rogriquez, Y, Roich, A, Romeo, G, Rosati, S, Rühr, F, Ruiz-Martinez, A, Ryabov, Yu, Ryan, P, Saavedra, A, Sakamoto, H, Salamon, A, Salvatore, D, Sankey, D P C, Santamarina, C, Santonico, R, Sasaki, O, Savu, D, Scannicchio, D, Schäfer, U, Schiavi, C, Schlereth, J L, Schmitt, K, Schmitt, S, Scholtes, I, Schooltz, D, Schroer, N, Schuler, G, Schultz-Coulon, H-C, Scott, W, Segura, E, Sekhniaidze, G, Sherman, D, Shimojima, M, Sidoti, A, Silverstein, D, Silverstein, S, Siragusa, G, Sivoklokov, S, Sjoen, R, Sjölin, J, Sloper, J E, Smizanska, M, Soloviev, I, Spagnolo, S, Spiwoks, R, Staley, R J, Stamen, R, Stancu, S, Steinberg, P, Stelzer, J, Stockton, M C, Stradling, A, Strässner, A, Strom, D, Su, D, Sugaya, Y, Sugimoto, T, Sushkov, S, Sutton, M, Suzuki, Y, Szymocha, T, Taffard, A, Takahashi, Y, Takeda, H, Takeshita, T, Tamsett, M, Tan, C L A, Tanaka, S, Tapprogge, S, Tarem, S, Tarem, Z, Teixeira-Dias, P, Thomas, J P, Thompson, P D, Tokushuku, K, Tomoto, M, Torrence, E, Touchard, F, Tremblet, L, Tripiana, M, Ünel, G, Urquijo, P, Urrejola, P, Usai, G, Vachon, B, Vandelli, W, Vari, R, Vaz-Gil-Lopes, L, Veneziano, S, Ventura, A, Vercesi, V, Vermeulen, J C, Von Der Schmitt, J, Vorwerk, V, Wang, M, Watkins, P M, Watson, A, Weber, P, Weidberg, T, Wengler, T, Werner, P, Werth, M, Wessels, M, Wheeler-Ellis, S, Whiteson, D, Wickens, F J, Wiedenmann, W, Wielers, M, Wildt, M, Wilkens, H, Winklmeier, F, Wu, S-L, Wu, X, Xella, S, Yamazaki, Y, Yasu, Y, Zanello, L, Zema, F, Zhang, J, Zhao, L, Zobernig, H, Zur Nedden, M
    Publicado 2008
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  11. 5291
    “…An ANN, based on the Broyden–Fletcher–Goldfarb–Shanno (BFGS) iterative algorithm, for the prediction of HM and PAE concentrations, based on land use and soil type parameters, showed good prediction capabilities (the coefficient of determination (r(2)) values during the training cycle for HM concentration variables were 0.895, 0.927, 0.885, 0.813, 0.883, 0.917, 0.931, and 0.883, respectively, and for PAEs, the concentration variables were 0.950, 0.974, 0.958, 0.974, and 0.943, respectively). …”
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  12. 5292
    “…Primula amethystina subsp. argutidens (Franchet) W. W. Smith & H. R. Fletcher (1942) is a blooming plant of the family Primulaceae. …”
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  13. 5293
    “…Human plasma kallikrein (PKa) is obtained by activating its precursor, prekallikrein (PK), historically named the Fletcher factor. Human PKa and tissue kallikreins are serine proteases from the same family, having high- and low-molecular weight kininogens (HKs and LKs) as substrates, releasing bradykinin (Bk) and Lys-bradykinin (Lys-Bk), respectively. …”
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  14. 5294
    “…The histological features and immunohistiochemical profile of the tumor cells (positivity for CD117 and CD34) were consistent with a gastrointestinal stromal tumor with a high risk of progressive disease according to the Fletcher classification. Diagnosis was confirmed by mutational analysis; this demonstrated mutation in exon 14 of PDGFRA. …”
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  15. 5295
    “…On the assumption that every cross section of the target trunk is approximate a standard circle and combining the information of an Attitude and Heading Reference System, the radii and center locations of the trunks in the scanning range are calculated by the Fletcher-Reeves conjugate gradient algorithm. The method is validated through experiments in an aspen forest, and the optimized calculation time consumption is compared with the previous work of other researchers. …”
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  16. 5296
    “…Gastrointestinal stromal tumors (GISTs) are rare mesenchymal tumors of the gastrointestinal tract that originate from the intestinal cells of Cajal (ICC) (Fletcher et al., 2002). Only a few cases have been described with extragastrointestinal stromal tumors (Kim et al., 2012; Soufi et al., 2013; Meng et al., 2011). …”
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  17. 5297
    “…Pseudoangiomatous spindle cell lipoma, originally described by Fletcher et al in 1994, is a rare variant within the spindle cell/pleomorphic lipoma spectrum, with less than 20 published cases. …”
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  18. 5298
    “…The phantom walls and internal structures are made of polymethylmethacrylate and its external shape was taken from a female Alderson phantom. A complete Fletcher‐Green type applicator with the uterine tandem was fixed at the bottom of the phantom reproducing a typical geometrical configuration as that attained in a gynecological brachytherapy treatment. …”
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  19. 5299
    “…For a large number of IRS elements, we apply the iterative algorithms relying on the gradient, such as Broyden–Fletcher–Goldfarb–Shanno (BFGS) and limited-memory BFGS algorithms for which the gradient of the sum rate is derived in a computationally efficient form. …”
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  20. 5300
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