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Journal Biomedical Radioelectronics №9 for 2013 г.
Article in number:
Radioelectronic and biotechnical technologies in the educational activities of the medical radioelectronics department in SUAI and in the scientific research on the adaptive primary processing of bioelectric signals
Keywords: biomedical radioelectronics parallel double higher education electrocardiography of very high resolution adaptive analog-digital processing synchronous analysis bioelectric signals
Authors:
L.A. Kulygina - Ph.D., assistant professor of medical electronics department, St. Petersburg State University of Aerospace Instrumentation (SUAI). E-mail kulygina.lyudmila@mail.ru
Abstract:
The paper is devoted to educational and scientific technologies of modern biomedical radioelectronics. In «Introduction» - the expediency of the parallel double higher education introduction, uniting radioelectronics and biotechnical systems and technologies, is grounded. In «Biomedical radioelectronics application areas» - the history of scientific researches in the university regarding the medical instrumentation as well as teaching methodology by education plan of future specialists teaching in Saint-Petersburg University of Aerospace Instrumentation (SUAI) have been considered. In «The subject of medical radioelectronics at the medical radioelectronics department of SUAI and at the Research and Education Center «Biomedical electronics and computer science» - the history of scientific developments in medical instrumentation in university as well as the teaching methodology by the education plans of parallel double education have been discussed. In «Scientific researches on the adaptive primary processing of bioelectric signals» - the goal, problems and ways to solve the scientific problem of modern electronic elementary base and information technologies development are listed. It is thus necessary to take into account the wide ranges of the processed cardiosignals amplitude-frequency characteristics variation for the different objects of researches, and the presence of jams of different nature, related both to the vital functions of bio-object and to ambient electromagnetic fields.
Pages: 78-91
References

  1. Krasnova A.I. Prikladnaya informatika v uchebnoj rabote kafedry' mediczinskoj radioe'lektroniki GUAP i v nauchny'x issledovaniyax po vtorichnoj obrabotke bioe'lektricheskix signalov // Nastoyashhij sbornik.
  2. Mixajlov V.F. Infokommunikaczionny'e texnologii v uchebnoj rabote kafedry' mediczinskoj radioe'lektroniki GUAP i v nauchny'x razrabotkax sistem svyazi dlya telemedicziny' // Nastoyashhij sbornik.
  3. Radioe'lektronny'e sistemy': Osnovy' postroeniya i teoriya. Spravochnik / pod red. Ja.D. Shirmana. M.: Radiotexnika. 2007. 512 s.
  4. Bioradiolokacziya / pod red. A.S. Bugaeva, S.I. Ivasheva, I.Ja. Immoreva. M.: Izd. MGTU im. N.E'. Baumana. 2010. 396 s.
  5. Zajchenko K.V., Kuly'gina L.A., Bokovenko M.V. Texnicheskie metody' lechebnogo primeneniya e'lektromagnitny'x polej i izluchenij: ucheb. posobie / pod red. K.V. Zajchenko. SPb: GUAP. 2008. 120 s.
  6. Zajchenko K.V., Kuly'gina L.A., Gurevich B.S., Krivoxizhina O.V. Texnicheskie metody' lechebny'x vozdejstvij. Ul'trazvukovaya i lazernaya terapiya: ucheb. posobie. SPb: GUAP. 2011. 110 s.
  7. Paxar'kov G.N. Biomediczinskaya inzheneriya: problemy' i perspektivy': ucheb. posobie. SPb: Politexnika. 2011. 234 s.
  8. Biofizika: Uchebnik dlya stud. vy'ssh. ucheb. zavedenij. M.: Gumanit. izd. czentr VLADOS. 1999. 288 s.
  9. Kuly'gina L.A. Sposoby' realizaczii kanala temperaturnogo analiza organizma pilota dlya mnogokanal'noj bortovoj sistemy' bezopasnosti poleta // Vestnik aritmologii. Pril. A. 2012. S. 215.
  10. Viktorov V.A., Selishhev S.V., Shtark M.B. Napravleniya, princzipy' integraczii mediczinskix i texnicheskix nauk. // Trudy' mezhdunar. konf. «Biomedpribor-2000». T. 1. M. 2000. S. 10-13.
  11. Chxindzheriya A.B. Risk i bezopasnost' v trenazherny'x biotexnicheskix sistemax // Nastoyashhij sbornik.
  12. Zajchenko K.V., Zyabliczkij A.V., Krasnova A.I., Sergeev T.V. Ot strunnogo gal'vanometra do e'lektrokardiografii sverxvy'sokogo razresheniya // Biomediczinskaya radioe'lektronika. 2010. № 9. S. 62-78.
  13. Zajchenko K.V., Kuly'gina L.A. i dr. S''em i obrabotka bioe'lektricheskix signalov: Ucheb. posobie / pod red. K.V. Zajchenko. SPb.: SPbGUAP. 2001. 140 s.
  14. Osnovy' fiziologii cheloveka: Uchebnik dlya vy'sshix uchebny'x zavedenij / pod red. akad. RAMN B.I. Tkachenko. T. 1. Mezhd. fond istorii nauki. 1994. S. 570.
  15. Zajchenko K.V., Sergeev T.V. Analogovaya obrabotka e'lektrokardiosignalov so sverxvy'sokim razresheniem // Izvestiya vy'sshix uchebny'x zavedenij Rossii. Ser. Radioe'lektronika. SPb.: SPbGE'TU «LE'TI». 2009. № 3. S. 27-34.
  16. Galagudza M.M., Zajchenko K.V. E'ksperimental'ny'e issledovaniya na zhivotny'x s ispol'zovaniem E'KG sverxvy'sokogo razresheniya kak e'tap sozdaniya metodologii i instrumentariya funkczional'noj e'lektrokardiografii ishemii // Nastoyashhij sbornik.
  17. Kuzneczov A.A., Kiselev N.N., Gumenny'j V.G. Metody' poiska xarakterny'x tochek e'lektrokardiosignala i statisticheskij analiz ego morfologii // Nastoyashhij sbornik.
  18. Zajchenko K.V., Gorelova N.A., Omel'chenko V.P., Polivanny'j F.G. Chastny'e resheniya proczedur vtorichnoj obrabotki E'KS po metodu E'KG SVR dlya poiska vremenny'x xarakteristik markerov kardiopatologij // Nastoyashhij sbornik.