Data acquisiton, processing and control software for VHF meteor radar system

I.A. Borisenko

Data acquisiton, processing and control software for VHF meteor radar system

research article Pages: 25-31

¹ Engineer, Post-graduate Student, ФГБУ «НПО «Тайфун»

Keywords: software data acquisition data processing time synchronization very high frequency radar ionized ionospheric irregulari-ties

Abstract

Data acquisition, processing and control software for very high frequency radar is discussed. The software is developed to perform acquisition and initial processing of mesosphere and lower thermosphere radar data.

How to cite

Борисенко И.А. Программное обеспечение для управления, сбора и обработки данных метеорной УКВ РЛС // Радиотехника. 2015. № 1. С. 25–31.

References

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Issledovanie fizicheskikh processov v verkhnejj atmosfere Zemli. Otchet o NIR (zakljuch.). T. I. KHarkovskijj institut radioehlektroniki / Ruk. Kashheev B.L.; ispoln.: Delov I.A.i dr. KHarkov, 1975. 203 s. GR № 68056929.
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Gorbunov M.E. Analiz dannykh radiozatmennogo zondirovanija atmosfery Zemli s primeneniem teorii integralnykh operatorov Fure // EHlektromagnitnye volny i ehlektronnye sistemy. 2004. № 9-10.

[1] Portnjagin JU.I., SHprenger K., Lysenko I.A., SHminder R., Orljanskijj A.D., Grajjziger K.M., Ilichev JU.D., Kjurshner R., SHenning B. Izmerenie vetra na vysotakh 90−100 km nazemnymi metodami. Leningrad: Gidrometeoizdat. 1978. 344 s.

[2] Issledovanie fizicheskikh processov v verkhnejj atmosfere Zemli. Otchet o NIR (zakljuch.). T. I. KHarkovskijj institut radioehlektroniki / Ruk. Kashheev B.L.; ispoln.: Delov I.A.i dr. KHarkov, 1975. 203 s. GR № 68056929.

[3] Olejjnikov A.N. Tonkaja struktura dinamicheskikh processov v nizhnejj termosfere (po radiolokacii meteorov). Dis. - kand. tekhn. nauk. 05.12.04. KHarkov. 1984. 250 s.

[4] Fakhrutdinova A.N. Cirkuljacija mezosfery - nizhnejj termosfery srednikh shirot. Kazan: Kazanskijj gosudarstvennyjj universitet im. V.I. Uljanova-Lenina. 2004. 167 s.

[5] Korotyshkin D.V. Klimaticheskaja spektralnaja model volnovojj aktivnosti s vremennymi masshtabami planetarnykh voln sredneshirotnojj mezosfery - nizhnejj termosfery. Dis. - kand. fiz.-mat. nauk. 25.00.29. Zashhishhena 29.12.05. Kazan. 2005. 147 s.

[6] SKiYMET Meteor Radar. http://www.gsoft.com.au/productsandservices/skiymet (dataobrashhenija - 09.12.2013).

[7] Roettger J., Vincent R.A. Observations of the middle atmosphere and lower thermosphere by radars. - The upper atmosphere. Data analysis and interpretation // Eds. Dieminger W., Hartmann G.K., Leitinger R. Springer. 1996. P. 327−369.

[8] ADSP-218x DSP Instruction Set Reference, Revision 2.0, 2004.

[9] http://www.analog.com/static/imported-files/processor_manuals/5876423468xinset.pdf (data obrashhenija - 09.12.2013).

[10] Qt Developer Network Wiki, 2012. http://qt‑project.org/wiki/ (dataobrashhenija - 09.12.2013).

[11] Gavrilov A.A., Djachenko V.A., Ilichev JU.D., Portnjagin JU.I. Ocenki sistematicheskikh pogreshnostejj izmerenijj vetra radiometeornym metodom. «Trudy IEHM». 1974. № 2 (47). S. 100−108.

[12] Jones J., Webster A.R., Hocking W.K. An improved interferometer design for use with meteor radars // Radio science. 1998. V. 33(1). P. 55−65.

[13] Gorbunov M.E. Analiz dannykh radiozatmennogo zondirovanija atmosfery Zemli s primeneniem teorii integralnykh operatorov Fure // EHlektromagnitnye volny i ehlektronnye sistemy. 2004. № 9-10.

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