A partir de tradutores profissionais, empresas, páginas da web e repositórios de traduções disponíveis gratuitamente
it is the mathematical concept behind some test signals, such as those used to determine the step response of a dynamical system.
در پس برخی از آزمون‌های سیگنال یک مفهوم ریاضی نهفته است، مثل آنهایی که برای بدست آوردن پاسخ پله یک سیستم دینامیکی مورد استفاده قرار می گیرند.
== overview ==the models used in mpc are generally intended to represent the behavior of complex dynamical systems.
مدلهای به کاررفته در mpc معمولا" مدلهایی برای نشان دادن رفتار یک سیستم دینامیکی پیچیده هستند.
artur Ávila cordeiro de melo (born 29 june 1979) is a brazilian mathematician working primarily on dynamical systems and spectral theory.
آرتور آویلا (به پرتغالی برزیل:artur Ávila cordeiro de melo) ریاضی‌دان فرانسوی برزیلی‌تبار است.
cellular automaton rule space allows us to ask the question concerning whether rules with similar dynamical behavior are "close" to each.
فضای قانون اتوماتای سلولی به ما اجازه می دهد که بپرسیم آیا قانون هایی با رفتار پویای مشابه در نزدیکی هم قرار دارند یا خیر.
== work ==lyapunov contributed to several fields, including differential equations, potential theory, dynamical systems and probability theory.
الکساندر لیاپانوف در زمینه‌های بسیاری شامل: معادلات دیفرانسیل تئوری پتانسیل سیستم‌های دینامیکی و نظریه احتمالات فعالیت داشت.
in this theory, a spacetime is characterized by a curvature-free linear connection in conjunction with a metric tensor field, both defined in terms of a dynamical tetrad field.
در این نظریه یک فضازمان با یک اتصال خطی بدون خمش در ارتباط با یک میدان تانسور متریک مشخص می گردد.
12. bauer p, bodenhofer u, klement ep (1996) a fuzzy algorithm for pixel classi-fication based on the discrepancy norm. in: proceedings of 5th ieee interna-tional conference on fuzzy systems, new orleans, la, september 1996, vol 3, pp. 2007–2012 13. beierke s, konigbauer r, krause b, von altrock c (1995) fuzzy logic enhanced control of ac motor using dsp. in: embedded systems conference california, 1995 14. bellman re, zadeh la (1970) decision-making in a fuzzy environment. man-age sci 17:b-141–b-164 15. berenji hr (1991) fuzzy logic controllers. in: an introduction to fuzzy logic applications in intelligent systems. kluwer, boston, pp. 69–96 16. bersini h, bontempi g, decaestecker c (1995) comparing rbf and fuzzy inference systems on theoretical and practical basis. in: proceedings of inter-national conference on artificial neural networks, icann ’95, paris, france, vol 1, pp. 169–174 17. boegla k, adlassniga k-p, hayashic y, rothenfluhd te, leiticha h (2002) knowledge acquisition in the fuzzy knowledge representation framework of a medical consultation system. artif intell med 676:1–26 18. bojadziev g, bojadziev m (1997) fuzzy logic for business, finance and man-agement. world scientific, singapore bonissone p, badami v, chiang kh, khedkar ps, marcelle k, schutten mj (1995) industrial applications of fuzzy logic at general electric. in: proceedings of the ieee, vol 83(3), pp. 450–465 19. bonissone p, khedkar p, chen y-t (1996) genetic algorithms for automated tuning of fuzzy controllers: a transportation application. in: 5th ieee in-ternational conference on fuzzy systems (fuzzieee’96), new orleans, la, pp. 674–680 20. bouchon-meunier b, yager r, zadeh l (1995) fuzzy logic and soft computing. world scientific, singapore 21. buckley jj, siler w, tucker d (1986) flops, a fuzzy expert system: appli-cations and perspectives. in: nogpita cv, prade h (eds) fuzzy logics in knowl-edge engineering. verlag tuv rheinland, germany 22. burkhardt d, bonissone p (1992) automated fuzzy knowledge base generation and tuning. in: first ieee international conference on fuzzy systems (fuzz-ieee’92), san diego, ca, pp. 179–188 23. castillo o, melin p (1994) developing a new method for the identification of microorganisms for the food industry using the fractal dimension. j fract 2(3):457–460 24. castillo o, melin p (1997) mathematical modelling and simulation of robotic dynamic systems using fuzzy logic techniques and fractal theory. in: proceed-ings of imacs’97, berlin, germany, vol 5, pp. 343–348 25. castillo o, melin p (1998) a new fuzzy-fractal-genetic method for automated mathematical modelling and simulation of robotic dynamic systems. in: pro-ceedings of fuzz’98, ieee press, anchorage, ak, vol 2, pp. 1182–1187 26. castillo o, melin p (1999a) a new fuzzy inference system for reasoning with multiple differential equations for modelling complex dynamical systems. in: proceedings of cimca’99, ios press, vienna, austria, pp. 224–229 27. castillo o, melin p (1999b) automated mathematical modelling, simulation and behavior identification of robotic dynamic systems using a new fuzzy-fractal-genetic approach. j robot auton syst 28(1):19–30
جهت گیری های استراتژیک متعدد و انعطاف پذیری استراتژیک در نوآوری محصول
Última atualização: 2022-12-09
Frequência de uso: 1
Qualidade:
Referência:
