Artificial intelligence

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ISSN 2710-1673

ONLINE: ISSN 2710-1681

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Intelligent Computers − a Tool for the Reliable Solving of Scientific and Engineering Problems

Molchanov I.1, Mova V.2, Nikolaichuk A.3
1 Glushkov Institute of Cybernetic of NAS of Ukraine
2 V.M. Glushkov Institute of Cybernetics of NAS of Ukraine
3 State Research and Development Enterprise “Electronmash”

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UDC: 681.323
Publication Language: Russian
Stuc. intelekt. 2011; 16(3):115-121

Abstract: The article deals with problems of the reliable solving of problems in science and engineering ultimately reduced to the solving of problems of the computational mathematics with approximately given initial data. Intelligent numerical software and libraries of programs for arbitrary precision computations as well as intelligent parallel computers Inparcom are proposed to be used for the resolving of the reliability problem of computer results.

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References:

  1. Molchanov I.N. Маshinnye меtogy resheniya prikladnykh zadach. Algebra i priblizhenie funktsiiy. K.:Nauk. dumka, 1987. – 287 s.
  2. Glushkov V.M., Molchanov I.N., Nikolenko L.D. О nabore programm dlya resheniya sistem lineiynykhalgebraicheskikh uravneniiy na mashinakh serii MIR // Kibernetika. 1968. № 6. S. 1-6.
  3. Wilkinson J.H. Algebraicheskaya problema sobstvennykh znacheniiy. М.: Nauka, 1970. 564 s.
  4. Fadeev D.K., Fadeeva V.N. O plokho obuslovlenykh sistemakh lineiynykh uravneniiy // Zhurn. vychisl.маtematiki i mat. fiziki. 1961. 1, № 3. S. 412-417.
  5. Fadeev D.K., Fadeeva V.N. Vychislitelnye metody lineinoiy algebry. L.: Nauka, 1945.264 s. // Zap.nauch. seminarov, Leningrad, Оtd. matematiki in-ta im. V.A. Steklova АN SSSR; Т. 54. 264 s.
  6. Fadeev D.K., Fadeeva V.N. Vychislitelnye metody lineinoiy algebry. – М.: Fizmatgiz, 1963. 736 s.
  7. Voevodin V.V. Оshibki оkrugleniya i ustoiychivost pryamykh metodov lineiynoiy аlgebry. – M.: Izd-voМоsk. un-tа, 1969. 154 s.
  8. Voevodin V.V. Lineiynaya algebra. M.: Nauka, 1974. 336 s.
  9. Wilkinson J.H. Rounding Errors in Algebraic Processes // Notes of Appl. Science. London: Her Majesty’sStationary Office. 1963. № 32. 162 p.
  10. Forsaiyt J., Маlkolm М., Моuler К. Маshinnye меtody маtematicheskikh vuchisleniiy. – М.: Мir, 1980. – 280 s.
  11. Molchanov I.N. Intellektualnye kompjutery – sredstvo issledovaniya i resheniya nauchno-tekhnicheskikhzadach// Kiberenetika i sistemnyiy analiz., 2004, № 1, S. 174-179.
  12. Моlchanov I.N., Perevozchikova О.L., Khimich А.N. Inpakom-16 – intellektualnaya rabochaya stantsiya //Kiberenetika i sistemnyiy analiz. 2007.№ 3.S. 151-156.
  13. Моlchanov I.N., Моva V.I., Stryuchenko V.А. Intelleknualnyiy MIMD-коmpjuter Inparkom – basa dlyaorganizatsii chislennykh eksperimentov v inzhenerii i nauki// Nauchno-tekhnicheskiiy zhurnal 4(40).2007.
  14. Моlchanov I.N., Perevozchikova О.L., Khimich А.N. Opyt razrabotki semeiystva klasternykhkompjuterov Inparkom// Kiberenetika I sistemnyiy analiz. 2009.№ 6.S. 88-96.
  15. GMP − GNU MP Copying Conditions. http://gmplib.org/
  16. MPFR − MultiPrecision Float with Rounding. http://www.mpfr.org/
  17. Glushkov V.M., Моlchanov I.N. ,Stogniiy А.А. i dr. Programmnoe obespechenie EVМ MIR-1 i MIR-2.Programmy. Тоm 1, 2, 3. – K.: Nauk. dumka, 1976.

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