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22

Norms on Semi-Lipschitz Functions: An Approach to Computing Complexity by Partial Functions
S. Romaguera ; J. M. Sánchez-Álvarez ; Theodore E. Simos ; et al.
AIP Conference Proceedings. 936:472-475

0101 mathematics 01 natural sciences
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23

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24

The task of synthesis of analog filter with the specified admissible values of the output characteristics and computing complexity of the methods of their solution
Petro Stakhiv ; Ruslan Shevchuk ; Svitlana Krepych ; et al.
The Experience of Designing and Application of CAD Systems in Microelectronics. :119-121

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25

Computing complexity distances between algorithms
ROMAGUERA, S ; SANCHEZ-PEREZ, E. A ; VALERO, O
[Use of mathematical methods in computer science and the information society]Kybernetika. 39(5):569-582

Control theory, operatio... Automatique, recherche o... Mathematics Mathématiques Sciences exactes et tech... Exact sciences and techn...
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26

Decreasing in computing complexity of high-order problem of nonlinear programming
Zasyadko, A. A. ; Zasyadko, A. A.
The Banking University Bulletin; No. 2(23) (2015); 158-162; № 2(23) (2015); 158-162; № 2(23) (2015); 158-162; 2221-755X; 10.18371/2221-755x2(23)2015

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27

Building a Custom, Technology Enabled Delivery Stack; Impact of Reduced Computing Complexity

Competition 9. Industry and infrastr... Cloud Computing Social Construction of T... Serverless Computing 3. Good health
Dissertation
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28

NFC-1: Comprehending Consumers: Computing Complexity of Cultures
Tanida, Yasuo ; Kano Glückstad, Fumiko
Journal of the Japanese Society for Artificial Intelligence. 35(6):807-808

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29

How Combinatory Logic Can Limit Computing Complexity
Bergier Hugolin
EPJ Web of Conferences, Vol 244, p 01009 (2020)

Physics QC1-999
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30

Ubiquitous Computing, Complexity, and Culture
Ekman, Ulrik ; Bolter, Jay David ; Søndergaard, Morten ; et al.
Ekman, U, Bolter, J D, Diaz, L, Søndergaard, M & Engberg, M (eds) 2016, Ubiquitous Computing, Complexity and Culture. Routledge, New York. https://doi.org/10.4324/9781315781129
Søndergaard, M 2016, Interview with Mogens Jacobsen. in Ubiquitous Computing, Complexity and Culture. Routledge, pp. 253-255. https://doi.org/10.4324/9781315781129
Søndergaard, M 2016, Interview with Mogens Jacobsen . in Ubiquitous Computing, Complexity and Culture . Routledge, pp. 253-255 . https://doi.org/10.4324/9781315781129

ta6131 ta6132
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31

Computing complexity distances between algorithms.
Salvador Romaguera ; Enrique Alfonso Sánchez-Pérez ; óscar Valero
Kybernetika. 39(5):569-582

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32

Au seuil de la complexité calculatoire / At the threshold of the computing complexity
COCCO, S ; DUBOIS, O ; MANDLER, J ; et al.
Pour la science. (295):52-60

Multidisciplinary Multidisciplinaire Sciences exactes et tech... Exact sciences and techn... Sciences appliquees Applied sciences
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33

Minimizing the computing complexity of iterative sequential thinning algorithm
Yun Xia
[1988 Proceedings] 9th International Conference on Pattern Recognition. :721-723

0202 electrical engineer... 02 engineering and techn...
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34

Ubiquitous Computing, Complexity and Culture
Diaz-Kommonen, Lily ; Diaz-Kommonen, Lily

ta6131 ta6132
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35

Venses @ AcCompl-It: Computing Complexity vs Acceptability with a Constituent Trigram Model and Semantics
Delmonte, Rodolfo

EVALITA COVID-19 Infodemic linguistica computaziona... Automatic Misogyny Ident... Misogyny on Twitter Post... AlBERTo
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37

Low computing complexity architecture design of 2D-to-3D image converter.
Yu-Cheng Fan ; Po-Wei Chen ; Wei-Syuan Chen
ICCE-TW. :99-100

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38

Bilevel fractional programming; Combinatorial matrix analysis; Combinatorial optimization algorithms in resource allocation problem; Combinatorial optimization games; Complexity classes in optimization; Complexity of degeneracy; Complexity of gradients, Jacobians, and Hessians; Complexity theory; Complexity theory: Quadratic programming; Computational complexity theory; Evolutionary algorithms in combinatorial optimization; Fractional programming; Information-based complexity and information-based optimization; Kolmogorov complexity; Mixed integer nonlinear programming; Multi-objective combinatorial optimization; Neural networks for combinatorial optimization; NP-complete problems and proof methodology; Parallel computing: Complexity classes; Quadratic fractional programming: Dinkelbach method; Replicator dynamics in combinatorial optimizationBilevel fractional programming; Combinatorial matrix analysis; Combinatorial optimization algorithms in resource allocation problems; Combinatorial optimization games; Complexity classes in optimization; Complexity of degeneracy; Complexity of gradients, Jacobians, and Hessians; Complexity theory; Complexity theory: Quadratic programming; Computational complexity theory; Evolutionary algorithms in combinatorial optimization; Fractional programming; Information-based complexity and information-based optimization; Kolmogorov complexity; Mixed integer nonlinear programming; Multi-objective combinatorial optimization; NP-complete problems and proof methodology; Parallel computing: Complexity classes; Quadratic fractional programming: Dinkelbach method; Replicator dynamics in combinatorial optimization; Stochastic integer programsFRACTIONAL COMBINATORIAL OPTIMIZATION: FCO
Tomasz Radzik
Encyclopedia of Optimization ISBN: 9780792369325

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39

Зниження обчислювальної складності за допомогою багатокритеріальної оптимізації в задачі нелінійного програмування ; Применение многокритериальной оптимизации для уменьшения вычислительной сложности задач нелинейного программирования ; Using multi-criteria optimization for decreasing i n computing complexity of the problems of nonlinear programming
А.А. Засядько ; А.А.Засядько ; A.A. Zasjad’ko
Системи обробки інформації. — 2012. — № 8(106). 83-86 ; Системы обработки информации. — 2012. — № 8(106). 83-86 ; Information Processing Systems. — 2012. — № 8(106). 83-86 ; 1681-7710

Зберігання аналіз та захист даних... УДК 519.81:621.372 обчислювальна складність... задача нелінійного прогр... багатокритеріальна оптим...
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40

Automates calculant la complexité de suites automatiques / Automata computing complexity of automatic sequences
TAPSOBA, T
Journal de théorie des nombres de Bordeaux. 6(1):127-134

Mathematics Mathématiques Sciences exactes et tech... Exact sciences and techn... Sciences et techniques c... Sciences and techniques...
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