Results 21 to 30 of about 6,009 (120)
An Ecosystem to Develop Multi‐Agent Systems in Real‐World IoT Applications
Software: Practice and Experience, Volume 56, Issue 4, Page 339-356, April 2026.ABSTRACT
Software agents and multi‐agent systems are critical components in the development of distributed autonomous systems, as they exhibit a wide range of “intelligence,” from reactive behaviors to advanced reasoning and planning. Integrating these capabilities into multi‐agent systems enables distributed artificial intelligence, a programming ...Davide Carnemolla, Fabrizio Messina, Federico Fausto Santoro, Corrado Santoro +3 morewiley +1 more sourceBeauty photoproduction measured using decays into muons in dijet events
in ep collisions at $\sqrt{s}$=318 GeV [PDF]
, 2003 The photoproduction of beauty quarks in events with two jets and a muon has
been measured with the ZEUS detector at HERA using an integrated luminosity of
110 pb$^{- 1}$. The fraction of jets containing b quarks was extracted from the
transverse momentum Abramowicz, H (Abramowicz, H), Adamczyk, L (Adamczyk, L), Adamus, M (Adamus, M), Adler, V (Adler, V), Aghuzumtsyan, G (Aghuzumtsyan, G), Antonioli, P (Antonioli, P), Antonov, A (Antonov, A), Arneodo, M (Arneodo, M), Bailey, DS (Bailey, DS), Bamberger, A (Bamberger, A), Barakbaev, AN (Barakbaev, AN), Barbagli, G (Barbagli, G), Barbi, M (Barbi, M), Bari, G (Bari, G), Barreiro, F (Barreiro, F), Bartsch, D (Bartsch, D), Basile, M (Basile, M), Behrens, U (Behrens, U), Bell, M (Bell, M), Bellagamba, L (Bellagamba, L), Benen, A (Benen, A), Bertolin, A (Bertolin, A), Bhadra, S (Bhadra, S), Bloch, I (Bloch, I), Bold, T (Bold, T), Boos, EG (Boos, EG), Borras, K (Borras, K), Boscherini, D (Boscherini, D), Brock, I (Brock, I), Brook, NH (Brook, NH), Brugnera, R (Brugnera, R), Brummer, N (Brummer, N), Bruni, A (Bruni, A), Bruni, G (Bruni, G), Bussey, PJ (Bussey, PJ), Butterworth, JM (Butterworth, JM), Bylsma, B (Bylsma, B), Caldwell, A (Caldwell, A), Capua, M (Capua, M), Carli, T (Carli, T), Carlin, R (Carlin, R), Catterall, CD (Catterall, CD), Chekanov, S (Chekanov, S), Chiochia, V (Chiochia, V), Chwastowski, J (Chwastowski, J), Ciborowski, J (Ciborowski, J), Ciesielski, R (Ciesielski, R), Cifarelli, L (Cifarelli, L), Cindolo, F (Cindolo, F), Cloth, P (Cloth, P), Cole, JE (Cole, JE), Collins-Tooth, C (Collins-Tooth, C), Contin, A (Contin, A), Cooper-Sarkar, AM (Cooper-Sarkar, AM), Coppola, N (Coppola, N), Cormack, C (Cormack, C), Corradi, M (Corradi, M), Corriveau, F (Corriveau, F), Cottrell, A (Cottrell, A), D'Agostini, G (D'Agostini, G), Dal Corso, F (Dal Corso, F), Danilov, P (Danilov, P), Dannheim, D (Dannheim, D), De Pasquale, S (De Pasquale, S), de Wolf, E (de Wolf, E), del Peso, J (del Peso, J), Dementiev, RK (Dementiev, RK), Derrick, M (Derrick, M), Deshpande, A (Deshpande, A), Devenish, RCE (Devenish, RCE), Dhawan, S (Dhawan, S), Dobur, D (Dobur, D), Dolgoshein, BA (Dolgoshein, BA), Doyle, AT (Doyle, AT), Drews, G (Drews, G), Durkin, LS (Durkin, LS), Dusini, S (Dusini, S), Eisenberg, Y (Eisenberg, Y), Ermolov, PF (Ermolov, PF), Eskreys, A (Eskreys, A), Ferrando, J (Ferrando, J), Ferrero, MI (Ferrero, MI), Figiel, J (Figiel, J), Filges, D (Filges, D), Foster, B (Foster, B), Foudas, C (Foudas, C), Fourletov, S (Fourletov, S), Fourletova, J (Fourletova, J), Fricke, U (Fricke, U), Fusayasu, T (Fusayasu, T), Gabareen, A (Gabareen, A), Galas, A (Galas, A), Gallo, E (Gallo, E), Garfagnini, A (Garfagnini, A), Geiser, A (Geiser, A), Genta, C (Genta, C), Gialas, I (Gialas, I), Giusti, P (Giusti, P), Gladilin, LK (Gladilin, LK), Gladkov, D (Gladkov, D), Glasman, C (Glasman, C), Gliga, S (Gliga, S), Goers, S (Goers, S), Golubkov, YA (Golubkov, YA), Goncalo, R (Goncalo, R), Gonzalez, O (Gonzalez, O), Gosau, T (Gosau, T), Gottlicher, P (Gottlicher, P), Grabowska-Bold, I (Grabowska-Bold, I), Grijpink, S (Grijpink, S), Grzelak, G (Grzelak, G), Gutsche, O (Gutsche, O), Gwenlan, C (Gwenlan, C), Haas, T (Haas, T), Hain, W (Hain, W), Hall-Wilton, R (Hall-Wilton, R), Hamatsu, R (Hamatsu, R), Hamilton, J (Hamilton, J), Hanlon, S (Hanlon, S), Hart, JC (Hart, JC), Hartmann, H (Hartmann, H), Hartner, G (Hartner, G), Heaphy, EA (Heaphy, EA), Heath, GP (Heath, GP), Helbich, M (Helbich, M), Heusch, C (Heusch, C), Hilger, E (Hilger, E), Hillert, S (Hillert, S), Hirose, T (Hirose, T), Hochman, D (Hochman, D), Holm, U (Holm, U), Iacobucci, G (Iacobucci, G), Iga, Y (Iga, Y), Inuzuka, M (Inuzuka, M), Irrgang, P (Irrgang, P), Jakob, HP (Jakob, HP), Jones, TW (Jones, TW), Kagawa, S (Kagawa, S), Kahle, B (Kahle, B), Kaji, H (Kaji, H), Kananov, S (Kananov, S), Karshon, U (Karshon, U), Karstens, F (Karstens, F), Kataoka, M (Kataoka, M), Katkov, II (Katkov, II), Kcira, D (Kcira, D), Khein, LA (Khein, LA), Kim, JY (Kim, JY), Kim, YK (Kim, YK), Kind, O (Kind, O), Kisielewska, D (Kisielewska, D), Kitamura, S (Kitamura, S), Koffeman, E (Koffeman, E), Kohno, T (Kohno, T), Kooijman, P (Kooijman, P), Koop, T (Koop, T), Korzhavina, IA (Korzhavina, IA), Kotanski, A (Kotanski, A), Kotz, U (Kotz, U), Kowal, AM (Kowal, AM), Kowal, M (Kowal, M), Kowalski, H (Kowalski, H), Kowalski, T (Kowalski, T), Krakauer, D (Krakauer, D), Kramberger, G (Kramberger, G), Kreisel, A (Kreisel, A), Krumnack, N (Krumnack, N), Kuze, M (Kuze, M), Kuzmin, VA (Kuzmin, VA), Labarga, L (Labarga, L), Labes, H (Labes, H), Lainesse, J (Lainesse, J), Lammers, S (Lammers, S), Lee, JH (Lee, JH), Lelas, D (Lelas, D), Levchenko, BB (Levchenko, BB), Levy, A (Levy, A), Li, L (Li, L), Lightwood, MS (Lightwood, MS), Lim, H (Lim, H), Lim, IT (Lim, IT), Limentani, S (Limentani, S), Ling, TY (Ling, TY), Liu, X (Liu, X), Lohr, B (Lohr, B), Lohrmann, E (Lohrmann, E), Loizides, JH (Loizides, JH), Long, KR (Long, KR), Longhin, A (Longhin, A), Lukina, OY (Lukina, OY), Luzniak, P (Luzniak, P), Maddox, E (Maddox, E), Magill, S (Magill, S), Mankel, R (Mankel, R), Margotti, A (Margotti, A), Marini, G (Marini, G), Martin, JF (Martin, JF), Mastroberardino, A (Mastroberardino, A), Matsuzawa, K (Matsuzawa, K), Mattingly, MCK (Mattingly, MCK), McCubbin, NA (McCubbin, NA), Mellado, B (Mellado, B), Melzer-Pellmann, IA (Melzer-Pellmann, IA), Menary, S (Menary, S), Metlica, F (Metlica, F), Meyer, U (Meyer, U), Miglioranzi, S (Miglioranzi, S), Milite, M (Milite, M), Mirea, A (Mirea, A), Monaco, V (Monaco, V), Montanari, A (Montanari, A), Musgrave, B (Musgrave, B), Nagano, K (Nagano, K), Namsoo, T (Namsoo, T), Nania, R (Nania, R), Nguyen, CN (Nguyen, CN), Nigro, A (Nigro, A), Ning, Y (Ning, Y), Notz, D (Notz, D), Nowak, RJ (Nowak, RJ), Nuncio-Quiroz, AE (Nuncio-Quiroz, AE), Oh, BY (Oh, BY), Olkiewicz, K (Olkiewicz, K), Pac, MY (Pac, MY), Padhi, S (Padhi, S), Paganis, S (Paganis, S), Palmonari, F (Palmonari, F), Parenti, A (Parenti, A), Park, IH (Park, IH), Patel, S (Patel, S), Paul, E (Paul, E), Pavel, N (Pavel, N), Pawlak, JM (Pawlak, JM), Pelfer, PG (Pelfer, PG), Pellegrino, A (Pellegrino, A), Pesci, A (Pesci, A), Piotrzkowski, K (Piotrzkowski, K), Plucinski, P (Plucinski, P), Pokrovskiy, NS (Pokrovskiy, NS), Polini, A (Polini, A), Posocco, M (Posocco, M), Proskuryakov, AS (Proskuryakov, AS), Przybycien, M (Przybycien, M), Rautenberg, J (Rautenberg, J), Raval, A (Raval, A), Reeder, DD (Reeder, DD), Ren, Z (Ren, Z), Renner, R (Renner, R), Repond, J (Repond, J), Riveline, M (Riveline, M), Robins, S (Robins, S), Romeo, GC (Romeo, GC), Rosin, M (Rosin, M), Rurua, L (Rurua, L), Ruspa, M (Ruspa, M), Sacchi, R (Sacchi, R), Salehi, H (Salehi, H), Sartorelli, G (Sartorelli, G), Savin, AA (Savin, AA), Saxon, DH (Saxon, DH), Schagen, S (Schagen, S), Schioppa, M (Schioppa, M), Schlenstedt, S (Schlenstedt, S), Schleper, P (Schleper, P), Schmidke, WB (Schmidke, WB), Schneekloth, U (Schneekloth, U), Sciulli, F (Sciulli, F), Shcheglova, LM (Shcheglova, LM), Skillicorn, IO (Skillicorn, IO), Slominski, W (Slominski, W), Smith, WH (Smith, WH), Soares, M (Soares, M), Solano, A (Solano, A), Son, D (Son, D), Sosnovtsev, V (Sosnovtsev, V), Stairs, DG (Stairs, DG), Stanco, L (Stanco, L), Standage, J (Standage, J), Stifutkin, A (Stifutkin, A), Stonjek, S (Stonjek, S), Stopa, P (Stopa, P), Stosslein, U (Stosslein, U), Straub, PB (Straub, PB), Suchkov, S (Suchkov, S), Susinno, G (Susinno, G), Suszycki, L (Suszycki, L), Sutton, MR (Sutton, MR), Sztuk, J (Sztuk, J), Szuba, D (Szuba, D), Szuba, J (Szuba, J), Tandler, J (Tandler, J), Tapper, AD (Tapper, AD), Targett-Adams, C (Targett-Adams, C), Tassi, E (Tassi, E), Tawara, T (Tawara, T), Terron, J (Terron, J), Tiecke, H (Tiecke, H), Tokushuku, K (Tokushuku, K), Tsurugai, T (Tsurugai, T), Turcato, M (Turcato, M), Tymieniecka, T (Tymieniecka, T), Ukleja, A (Ukleja, A), Ukleja, J (Ukleja, J), Vazquez, M (Vazquez, M), Velthuis, JJ (Velthuis, JJ), Vlasov, NN (Vlasov, NN), Voss, KC (Voss, KC), Walczak, R (Walczak, R), Walsh, R (Walsh, R), Wang, M (Wang, M), Weber, A (Weber, A), Whitmore, JJ (Whitmore, JJ), Wichmann, K (Wichmann, K), Wick, K (Wick, K), Wiggers, L (Wiggers, L), Wing, M (Wing, M), Wolf, G (Wolf, G), Yamada, S (Yamada, S), Yamashita, T (Yamashita, T), Yamazaki, Y (Yamazaki, Y), Yoshida, R (Yoshida, R), Youngman, C (Youngman, C), Zambrana, M (Zambrana, M), Zarnecki, AF (Zarnecki, AF), Zawiejski, L (Zawiejski, L), Zeuner, W (Zeuner, W), Zhautykov, BO (Zhautykov, BO), Zichichi, A (Zichichi, A), Ziegler, A (Ziegler, A), Ziegler, A (Ziegler, A), Zotkin, SA (Zotkin, SA) +330 morecore +3 more sourcesAI‐Driven Revolution of Medical Robotics Across Surgical Innovation, Rehabilitation Intelligence, and Multimodal Healthcare Delivery
MedComm, Volume 7, Issue 3, March 2026.The figure illustrates the background, applications, limitations, and future trends of medical robotics in the context of global aging and strained medical resources. It highlights issues such as the increasing demand for healthcare due to aging populations, with a focus on applications in surgery, rehabilitation, medical examination, and assistance ...Fanxuan Chen, Haoman Chen, Tao Yu, Ruoyun Wang, Yi Wang, Xian Zhang, Jiachen Li, Kaishuo Liu, Darong Hai, Xueying Bao, Zefei Mo, Dongren Yang, Zhao Wang, Youhui Lin, Qinghua Xia, Gen Yang, Jianwei Shuai +16 morewiley +1 more sourceStrange particle production at the ZEUS detector
, 2005 The production of the neutral strange particles Λ, Λ[bar] and K0s at HERA has been studied with the ZEUS detector, using an integrated luminosity of 121pb-1 . Differential cross-sections are measured in a High Q2 DIS sample (Q2 ≥ 25GeV2), a Low Q2 DIS sample (5 ≤ Q2 ≤ 25GeV2 ) and a photoproduction sample.openaire +2 more sourcesElectron Channeling Contrast Imaging for the Characterization of Dislocations in III−V Thin Films on Silicon (001)
physica status solidi (a), Volume 223, Issue 2, January 2026.Defect characterization plays a crucial role in semiconductor research, yet the development of fast, cheap, and nondestructive tools remains challenging. This work applies electron channeling contrast imaging (ECCI) to III–V thin films on silicon, examining beam parameters and diffraction conditions.Laura Monge‐Bartolome, Paula Mouriño Miñambres, Alicia Peiro Codoñer, Miguel Sinusia Lozano, Zhao Yan, Ivan Garcia Vara, Thierry Baron, Qiang Li, Víctor J. Gómez +8 morewiley +1 more sourcePhotoproduction at collider energies: from RHIC and HERA to the LHC [PDF]
, 2007 We present the mini-proceedings of the workshop on ``Photoproduction at
collider energies: from RHIC and HERA to the LHC'' held at the European Centre
for Theoretical Studies in Nuclear Physics and Related Areas (ECT*, Trento)
from January 15 to 19, 2007.Baltz, A., Baur, G., Brodsky, S. J., d'Enterria, David, Dreyer, U., Engel, R., Frankfurt, L., Gorbunov, Y., Guzey, V., Hamilton, A., Klasen, M., Klein, S. R., Kowalski, H., Levonian, S., Lourenco, C., Machado, M. V. T., Nachtmann, O., Nagy, Z., Nystrand, J., Piotrzkowski, K., Ramalhete, P., Savin, A., Scapparone, E., Schicker, R., Silvermyr, D., Strikman, M., Valkarova, A., Vogt, R., Yilmaz, M. +28 morecore +1 more sourceHighly Efficient Classification of Time‐Series Based on Resistive Switching Cluster‐Assembled Materials
Advanced Intelligent Systems, Volume 7, Issue 12, December 2025.Cluster‐assembled nanocomposite devices are employed for the classification of neuronal traces, without any preprocessing of the input time‐series or prior training of the nonlinear devices. The classification method relies on the statistical analysis of the device's output time‐series, achieving higher classification accuracy compared to more energy ...Filippo Profumo, Francesca Borghi, Tommaso Angì, Marta Maschietto, Stefano Vassanelli, Paolo Milani +5 morewiley +1 more sourceParticle and Nuclear Physics with High Energy Leptons [PDF]
, 1999 In high centre-of-mass energy lepton-nucleon collisions the space-time time
resolution of partonic processes can be {\it fine-tuned} within a dynamical
range which is unattainable in hadronic collisions.Abt, Abt, Aid, Aid, Aid, Breitweg, Derrick, Derrick, Derrick, MW Krasny, Peggs +10 morecore +4 more sourcesWhat Was Homer Honing in the Odyssey?
Perspectives of Earth and Space Scientists, Volume 6, Issue 1, December 2025.Abstract
We summarize the data provided in Homer's the Odyssey concerning Odysseus' journey and suggest a completely new view of what was Homer trying to convey to us. We suggest that Homer was honing the idea of synergy between rules (determinism) and chance (randomness), an idea deeply rooted in natural processes as well in mathematics.Anastasios A. Tsonis, Christos Zerefos, Leila M. V. Carvalho +2 morewiley +1 more source
