The software of antenna control system for radiotelescope RT-32
Transactions of IAA RAS, issue 21, 248–254 (2010)
Keywords: радиоинтерферометрия со сверхдлинными базами, программное обеспечение, радиотелескоп РТ-32, система контроля и управления антенной (СКУА), "Квазар-КВО", режим управления "квазиреального времени", программное обеспечение, диагностика, антенная система, аварийные режимы, принудительная остановка, интеллектуализация, настраиваемость, адаптируемость
Abstract
The new antenna control system for radiotelescope RT-32 of radiointerfe-rometric complex "Quasar-KVO" is based on the use of high-performance industrial PC, which offers has mode for antenna control. The industrial computer runs under the general purpose operating system Linux 5.2 with a good set of software development tools. The user interface in the antenna control system, due to the absence of restrictions of real-time systems, is easy to perceive, has a referral service, and allows you to configure logging of software and hardware. The software of antenna control system has built-in diagnostics of the equipment, rendering the state of the antenna system, blocking emergency mode with notification of the operator and stop a radiotelescope. In general, the new version of the antenna control system is designed with an emphasis on intellectualization software and giving it qualities such as configurability and adaptability.
Citation
N. Yu. Belousov, V. G. Stempkovsky . The software of antenna control system for radiotelescope RT-32 // Transactions of IAA RAS. — 2010. — Issue 21. — P. 248–254.
@article{belousov2010,
abstract = {The new antenna control system for radiotelescope RT-32 of radiointerfe-rometric complex "Quasar-KVO" is based on the use of high-performance industrial PC, which offers has mode for antenna control. The industrial computer runs under the general purpose operating system Linux 5.2 with a good set of software development tools. The user interface in the antenna control system, due to the absence of restrictions of real-time systems, is easy to perceive, has a referral service, and allows you to configure logging of software and hardware. The software of antenna control system has built-in diagnostics of the equipment, rendering the state of the antenna system, blocking emergency mode with notification of the operator and stop a radiotelescope. In general, the new version of the antenna control system is designed with an emphasis on intellectualization software and giving it qualities such as configurability and adaptability.},
author = {N.~Yu. Belousov and V.~G. Stempkovsky},
issue = {21},
journal = {Transactions of IAA RAS},
keyword = {радиоинтерферометрия со сверхдлинными базами, программное обеспечение, радиотелескоп РТ-32, система контроля и управления антенной (СКУА), "Квазар-КВО", режим управления "квазиреального времени", программное обеспечение, диагностика, антенная система, аварийные режимы, принудительная остановка, интеллектуализация, настраиваемость, адаптируемость},
pages = {248--254},
title = {The software of antenna control system for radiotelescope RT-32},
url = {http://iaaras.ru/en/library/paper/729/},
year = {2010}
}
TY - JOUR
TI - The software of antenna control system for radiotelescope RT-32
AU - Belousov, N. Yu.
AU - Stempkovsky, V. G.
PY - 2010
T2 - Transactions of IAA RAS
IS - 21
SP - 248
AB - The new antenna control system for radiotelescope RT-32 of
radiointerfe-rometric complex "Quasar-KVO" is based on the use of
high-performance industrial PC, which offers has mode for antenna
control. The industrial computer runs under the general purpose
operating system Linux 5.2 with a good set of software development
tools. The user interface in the antenna control system, due to the
absence of restrictions of real-time systems, is easy to perceive,
has a referral service, and allows you to configure logging of
software and hardware. The software of antenna control system has
built-in diagnostics of the equipment, rendering the state of the
antenna system, blocking emergency mode with notification of the
operator and stop a radiotelescope. In general, the new version of
the antenna control system is designed with an emphasis on
intellectualization software and giving it qualities such as
configurability and adaptability.
UR - http://iaaras.ru/en/library/paper/729/
ER -