2.
Arcangelp J.-P.
,
Crochemore M.
,
Hourcastagnou J.-N.
,
Pin J.E.
Compression foran
effective management of telemetry data // SPACEOPS’92 Conference Proceedings.
NASA Technical Documents: nasa_techdoc_19940019483. 1992. P. 823–830.
3.
Martinez Heras J.-A.
,
Evans D.
,
Timm R.
Housekeeping telemetry compression:
when, how and why bother // First International Conference IEEE On Advances In
Satellite And Space Communications. 2009. P. 35–40.
4.
Lossless
Data сompression. Report concerning space data system standard.
Informational report CCSDS 120.0-G-3 Green Book. April 2013. Iss. 3.
5.
Staudinger P.
,
Staudinger N.
,
Hershey J.
,
Grabb M.
,
Joshi N.
,
Ross F.
,
Nowak T.
Lossless compression for archiving satellite telemetry data // IEEE Aerospace
Conference Proceedings. 2000. Vol. 2. P. 299–304.
6.
Maluf D.A.
,
Tran P.B.
,
Tran D.
Effective data representation and compression in
ground data systems // IEEE Aerospace Conference. 2008. 7 p.
7.
Yongfeng Ren
,
Xiaohua Liu
,
Wenqiang Xu
,
Wendong Zhang
. Multi-Channel data
structure and real-time compression algorithm research // IEEE A & E Systems
Magazine. 2009. P. 1–7.
8.
Konecki M.
,
Kudelic R.
,
Lovrencic A.
Efficiency of lossless data compression //
Proceedings of the 34th International Convention MIPRO, Opatija, Croatia. 2011.
P. 810–815.
9.
Telemetry
Standards. IRIG Standard 106-13. Secretariat range commanders council
US Army white sand missile range, New Mexico 88002-5110. 2013. URL:
10.
Giridhar Mandyam
,
Giridhar M.
,
Neeraj Magotra
,
Samuel D.
Stearns. Lossless
waveform compression // Citeseer. 2004. 32 p.
11.
Hans M.
,
Schafer R.W.
Lossless compression of digital audio. Technical report.
Hewlett-Packard Company. 1999. 37 p.
12.
Robinson T.
Simple lossless and near lossless waveform compression. Technical
Report CUED/F-INFENG/TR.156. Cambridge University Engineering Department.
1994. 16 p.
13.
Huffman D.A.
A method forthe construction of minimum-redundancy codes //
Proceedings of the I.R.E. 1965. P. 1098–1101.
14.
Rissanen J.G.
,
Langdon G.Jr.
Arithmetic Coding // IBM Develop. Vol. 23. No. 2.
1979. P. 149–162.
15.
Howard P.G.
,
Vitter J.S.
Analysis of arithmetic coding for data compression // IEEE
Computer Society/NASA/CESDIS. Data Compression Conference, Snowbird, Utah
1991 and Information Processing and Management. Vol. 28. No. 6. 1992. P. 749–763.
16.
Howard P.G.
,
Vitter J.S.
Arithmetic coding for data compression // Information
Processing And Management. 1994. 8 p.
17.
Stems S.D.
Arithmetic coding in lossless waveform compression // IEEE Transactions
On Signal. Processing. Vol. 43. No. 8. 1995. P. 1874–1879.
18.
Moffat A.
,
Neal R.M.
,
Witten I.H.
Arithmetic coding revisited // Data Compression
Conference. Proceedings ACM Transactions on Information Systems. Vol. 16. No. 3.
1998. P. 256–294.
19.
Rice R.F.
Some practical universal noiseless coding techniques. Technical Report. Jet
Propulsion Laboratory Jpl-79-22. 1979. 130 p.
20.
Salomon D.
,
Motta G.
Handbook of data compression. N.Y.: Springer-Verlag, 2010.
P. 399–410.
21.
Gailly J.-L.
,
Adler M.
Zlib software copyright 1995–2012. URL:
.
22.
Тихонов В.И.
,
Шахтарин Б.И.
,
Сизых В.В.
Случайные процессы. Оптимальная
фильтрация, экстраполяция и моделирование. М.: Радио и cвязь, 2004. T. 3.
408 c.
23.
Мановцев А.П.
Основы теории радиотелеметрии. М.: Энергия, 1973. 592 c.
24.
Дядюнов А.Н.
,
Онищенко Ю.А.
,
Сенин А.И.
Адаптивные системы сбора и пере-
дачи аналоговой информации. М.: Машиностроение, 1988. 287 c.
102 ISSN 0236-3933. Вестник МГТУ им. Н.Э. Баумана. Сер. “Приборостроение”. 2014. № 3
