Risultati della ricerca - (( role optimization (algorithm OR algorithms) ) OR ( one optimization (algorithm OR algorithms) ))

  1. Applications of Computational Intelligence, Volume 2

    Pubblicazione 2024
    Soggetti: “...one-off optimization...”
    Testo
    Online
  2. Applications and Optimizations of Kalman Filter and Their Variants

    Pubblicazione 2024
    “...Moreover, the book discusses Kalman filter optimization, addressing challenges in object tracking and error reduction with techniques like dynamic stochastic approximation algorithms and M-robust estimates. ...”
    Testo
    Online
  3. DECISION SUPPORT SYSTEMS: MATHEMATICAL SUPPORT di Kashkevich, Svitlana, Stanovska, Iraida, Shknai, Oleh, Lytvynenko, Oleksandr, Artamonov, Yevhen, Veretnov, Andrii, Gaman, Oleksandr, Radchenko, Andrii, Neronov, Serhii, Musaiev, Zaur, Sova, Oleg, Nechyporuk, Olena, Nalapko, Oleksii, Buyalo, Oleksiy, Lyashenko, Anna, Matsyi, Olha, Voznytsia, Anastasiia, Krant, Daniil, Radchenko, Kostiantin, Shaposhnikova, Olena, Saienko, Nataliia, Shevchenko, Viktoriia, Holeho, Nataliia, Zaloznyi, Taras, Yaryzhko, Oleksandr, Nosyryeva, Olena, Popova, Anzhela, Pimonov, Ihor, Leinyk, Dmitry

    Pubblicazione 2025
    “...During the study, the authors proposed: a methodological approach to assess the state of hierarchical systems using a metaheuristic algorithm; a technique for analyzing and predicting the state of multidimensional objects using a metaheuristic algorithm and a technique for increasing the reliability of estimating the state of an object. ...”
    Testo
    Online
  4. PROJECT MANAGEMENT: INDUSTRY SPECIFICS di Ievlanov, Maksym, Vasiltcova, Nataliya, Neumyvakina, Olga, Panforova, Iryna, Naumenko, Maksym, Hrashchenko, Iryna, Tsalko, Tetiana, Nevmerzhytska, Svitlana, Krasniuk, Svitlana, Kulynych, Yurii, Myronenko, Viktor, Pozdniakov, Andrii, Ziubryk, Yaroslav, Samsonkin, Valerii, Riabushko, Ivan, Malanchuk, Oksana, Тryhuba, Аnatoliy, Rogovskii, Ivan, Titova, Liudmyla, Berezova, Liudmyla, Korobko, Mykola, Prokudin, Georgii, Lebid, Viktoriia, Chupaylenko, Oleksii, Khobotnia, Tetiana, Roi, Maksym, Holovatiuk, Mykhailo

    Pubblicazione 2025
    “...As an example of non-hierarchical clustering methods, the k-means algorithm is proposed. For comparison with these methods, one of the graph-analytic clustering methods has been used, which has been developed to solve the problem of decomposition of the description of the monolithic architecture of a software product into separate microservices. ...”
    Testo
    Online