|Table of Contents|

Hybrid ARQ Using Turbo Codes in Deep Space Communication

《南京理工大学学报》(自然科学版)[ISSN:1005-9830/CN:32-1397/N]

Issue:
2006年06期
Page:
733-738
Research Field:
Publishing date:
2006-12-30

Info

Title:
Hybrid ARQ Using Turbo Codes in Deep Space Communication
Author(s):
ZHANG Jia-yanZHOU Ting-xian
Communications Research Center,Harbin Institute of Technology,Harbin 150001,China
Keywords:
hybrid ARQ deep space communication image compression throughputs
PACS:
TN927.2
DOI:
-
Abstract:
Turbo codes recommended by the Consultative Comm ittee for Space Data System s( CCSDS) can correct errors in transm itt ing in format ion in deep space commun ication. Th is paper proposes a hybrid ARQ method for improving effic iency o fTurbo codes recommended by CCSDS correcting error of transm itting image compression data. These data are from d iscretew avelet transform( DWT) of image. The w ay has v irtue of different hybrid ARQ and effective ly makes use o f recommended Turbo codes by CCSDS based on d ifferent importance o f data byDWT. The simu lations on FER and the throughput of hybrid ARQ show s that thew ay not onlym eets the demand o f correcting errors bu t also improves efficiency because of the characteristics o f deep space communication.

References:

[ 1] Aa ron K, M atthew K, JustinM. ICER on m ars w avelet- based im ag e com pression fo r the ma rs explo ra tion rovers[ Z]. Ca lifornia: The Jet Propulsion Laboratory, 2002.
[ 2] Aa ron K, RobertoM, M atthew K. M ax im izing sc ience retu rn: data com pression and onboard sc ience processing, IPN Progress Report 42 - 155 [ R ]. Ca lifo rn ia: The Je t Propu lsion Laboratory, 2003.
[ 3] Be rrou C, G lav ieux A, Th itim ajshim a P. Near Shannon lim it error correcting coding and decoding: Turbo codes[ J]. IEEE Internationa l Conference on Communications, 1996, 44( 10): 1 261- 1 271.
[ 4] Edw ards C D. NASA. s deep- space telecomm un ications road m ap, the te lecommun ications and da ta m ission operations prog ress repo rt 42- 136[ R]. Pasadena, Californ ia: The Jet Propulsion Labo ra to ry, 1999.
[ 5] Lin S, Coste llo D J, M ille rM J. Autom atic-repeat- request error-contro l schem es[ J]. IEEE Commun ica tion M agazine, 1984, 22( 12) : 5- 17.
[ 6] ChaseD. Code com bin ing-am ax imum like lihood decod ing approach fo r com bing an arb itrary number o f no ise packe ts [ J ]. IEEE T ransm ission Comm un ication, 1985, 33( 5): 385- 393.
[ 7] Lin S, Yu P S. A hybrid ARQ schem e w ith parity retransm ission for error contro l of satellite channe ls[ J]. IEEE Transm iss ion Comm un ica tion, 1982, 30 ( 7 ): 1 701- 1 719.
[ 8] H agenauer J. Rate-Compatible punctured convolutiona l codes ( RCPC codes) and the ir applications[ J]. IEEE Transm ission Comm un ication, 1988, 36( 4): 389- 400.
[ 9] Ka lle l S, H accoun D. Gene ra lized type II hybrid ARQ scheme using punctured convo lu tiona l cod ing [ J ]. IEEE T ransm ission Comm un ication, 1990, 38( 11): 1 938- 1 946.
[ 10] KousaM, Rahm an M. An adaptive erro r con tro l system using hybrid ARQ schem es[ J] . IEEE Transm ission Communication, 1991, 39( 7): 1 049- 1 057.
[ 11] T ripath iV, V iso tsky E, Peterson R. Reliab ility-based type Ⅱ hybr id ARQ schemes[ J]. IEEE Transm iss ion Commun ica tion, 2003, 3( 4): 2 899- 2 903.
[ 12] CCSDS B lue Book 101. 0-B-6-2002, Consu ltative comm ittee for space da ta sy stem s recomm enda tion fo r space data system standards: te leme try channel coding[ S].
[ 13] KALL S. Complem entary punctured convo lutiona l( CPC) codes and the ir application [ J]. IEEE Transm ission Commun ication, 1995, 43( 6): 2 005- 2 009.
[ 14] Jo seph H, Yuen H. Deep space te lecommun ica tion sy stem s eng ineer ing [M ]. New York: Plenum, 1983.
[ 15] Joseph H, Yuen H. M odulation and cod ing for sate llite and space comm un ications [ J ]. Pro ceedings of the IEEE, 1990, 78( 7): 15- 20.

Memo

Memo:
-
Last Update: 2006-12-30