Summary
The throughput of a satellite channel communication is depending upon the link protocol. It is well known that the “classical” HDLC protocol is inadequate when applied to satellite links instead of short terrestrial links. Several modifications have been proposed to overcome this problem. The present paper gives an analysis and evaluation of a new class of protocols called “Virtual Subchannel schemes” which splits the satellite link into several components; these subchannels are assigned for transmission in cyclic order and are controlled independently of each other by the classical HDLC procedure.
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References
Azouz, L., Huitema, C., Kamoun, K.: Performance evaluation of NADIR bulk data transmission protocol for a point to point satellite link. Proc. Int. Symp. Sat. Comput. Commun. pp. 75–88. Versailles 1983
Bechtold, M.: Zur Effizienz von Satellitenkommunikations-Protokollen. Diploma Thesis, Univ. Frankfurt 1983
Brodd, W.D., Donnan, R.A.: Data Link Improvements for Satellite Transmission. Proc. IFIPTC 6 Symp. Sat. Comput. Commun., pp. 201–213. Amsterdam: North Holland 1983
Bux, W., Kümmerle, K., Truong, H.: Balanced HDLC Procedures: A performance analysis. IEEE-Com 28, 1889–1898 (1980)
Bux, W., Kümmerle, K., Truong, H.: Data Link Control Performance: Results comparing HDLC Operational modes. Comput. Networks 6, 37–51 (1982)
Easton, M.C.: Batch throughput efficiency of ADCCP/HDLC selective reject protocols. IEEE Com 29, 187–195 (1981)
ISO: Data Communications, HDLC Classes of Procedure; Data Communications, HDLC Elements of Procedure; Data Communications, Multilink Procedures, ISO/TC 97/SC 6N 2099 2100, 2121
Labetoulle, J., Pujolle, G.: HDLC throughput and response time for bidirectional data flow with non-uniform frame sizes. IEEE Trans. Comput. 30, 405–413 (1981)
Lin, S., Yu, P.: An effective error control scheme for satellite communication. IEEE-Com 28, 395–401 (1980)
Pujolle, G, Spaniol, O.: Satellite Link Communication Protocols. Proc. Symp. ‘Data Networks with Satellites’, pp. 37–52. Berlin-Heidelberg-New York: Springer 1982
Pujolle, G., Spaniol, O.: Performance Evaluation of the Virtual Subchannel Concept for Satellite and Computer Communication, Proc. IF IP-Tc6 Symp. Sat. Comp. Commun., pp. 243–259. Amsterdam: North Holland 1983
Reed, M.A., Smetanka, T.D.: Implication of a selective acknowledgement scheme on satellite performance. IBM J. Res. Dev. 23, 189–196 (1979)
Spaniol, O.: Satellitenkommunikation. Inf.-Spektrum 6, 124–141 (1983)
Towsley, D., Wolf, J.K.: On the statistical analysis of queue lengths and waiting times for statistical multplexers with ARQ retransmission schemes. IEEE-Com 27, 393–402 (1979)
Weldon, E.I.: An Improved Selective-Repeat ARQ Strategy. IEEE-Com 30, 480–486 (1982)
Wang, Y., Lin, S.: A Modified Selective-Repeat Type-II Hybrid ARQ System and Its Performance Analysis. IEEE-Com 31, 593–607 (1983)
Yu, P., Lin, S.: An efficient selective-repeat ARQ-scheme for satellite channels and its throughput analysis. IEEE-Com 29, 353–363 (1981)
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Bechtold, M., Pujolle, G. & Spaniol, O. Throughput of a satellite channel communication. Acta Informatica 22, 1–14 (1985). https://doi.org/10.1007/BF00290142
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DOI: https://doi.org/10.1007/BF00290142