T. Kitami and I. Tokizawa, "Cell loss compensation schemes employing error correction coding for asynchronous broadband ISDN," Proceeditzgs of IEEE INFOCOM '90, Vol. 1, pp. 116 123, San Francisco, California, June 1990.  Home/Search   Document Not in Database   Summary   Related Articles   Check

....offers the advantages of a significantly smaller average delay and variance, less sensitivity to link utilization variations, and smaller buffer sizes for a given message loss probability due to buffer overflow. A similar idea has been suggested for lost packet recovery in high speed networks [9] [10]. These applications also fall into the category of erasure channel coding. 2 Diversity Coding We assume that the reader is familiar with the theory of finite fields. For more information on this subject we refer the reader to one of the standard texts on the subject such as [11] or [12] or to ....

T. Kitami and I. Tokizawa, "Cell loss compensation schemes employing error correction coding for asynchronous broadband ISDN," Proceeditzgs of IEEE INFOCOM '90, Vol. 1, pp. 116 123, San Francisco, California, June 1990.

....due to retransmission but can not tolerate any loss. To support these applications, ARQ is more suitable than FEC, because ARQ makes a more efficient use of the bandwidth by only retransmitting the messages that are lost. 5 Related Work Loss recovery using FEC has been studied previously [KITA 90, OHTA 90, OHTA 91, SHAC 90, ZHAN 91] Our work differentiates itself in several ways. 1) Our traffic model for the video sources is derived from an actual movie while previous models assumed that the inter arrival times of video data are exponentially or hyper exponentially distributed. 2) ....

T. Kitami and I. Tokizawa, "Cell Loss Compensation Schemes Employing Error Correction Coding for Asynchronous Broadband ISDN", Proc. IEEE INFOCOM 90, pp. 116--123, San Francisco, CA, June 1990.

....performance of this joint cell and frame coding scheme, in addition to cell only and frame only coding schemes, with a detailed analytical model. With regard to performance evaluation, some of the previous work focused on cell only [3] 4] 8] 10] 11] and some on frame only coding schemes [5], 9] Shacham and McKenney assumed independent cell losses to analyze the performance of cell only coding with one parity cell per frame, and made simulations for the actual case of correlated cell losses showing that independent cell loss assumption in the analysis may yield overly optimistic ....

.... per frame, and made simulations for the actual case of correlated cell losses showing that independent cell loss assumption in the analysis may yield overly optimistic results [3] 4] Kitami and Tokizawa analyzed the performance of frame only coding under the independent cell loss assumption [5]. McAuley described a Reed Solomon burst erasure coder based system for reliable broadband communications [6] and Ayanoglu et al. discussed incorporation of FEC into high speed protocols [7] Zhang and Sarkies modeled a Virtual Path (VP) as a tandem queueing network, and considering interrupted ....

[Article contains additional citation context not shown here]

T. Kitami and I. Tokizawa, \Cell loss compensation schemes employing error correction coding for asynchronous broadband ISDN," Proc. INFOCOM'90 , pp. 116123, San Francisco, CA, June 1990.

....performance of this joint cell and frame coding scheme, in addition to cell only and frame only coding schemes, with a detailed analytical model. With regard to performance evaluation, some of the previous work focused on cell only [3] 4] 8] 10] 11] and some on frame only coding schemes [5], 9] Shacham and McKenney assumed independent cell losses to analyze the performance of cell only coding with one parity cell per frame, and made simulations for the actual case of correlated cell losses showing that independent cell loss assumption in the analysis may yield overly optimistic ....

.... per frame, and made simulations for the actual case of correlated cell losses showing that independent cell loss assumption in the analysis may yield overly optimistic results [3] 4] Kitami and Tokizawa analyzed the performance of frame only coding under the independent cell loss assumption [5]. McAuley described a Reed Solomon burst erasure coder based system for reliable broadband communications [6] and Ayanoglu et al. discussedincorporation of FEC into high speed protocols [7] Zhang and Sarkies modeled a Virtual Path (VP) as a tandem queueing network, and considering interrupted ....

[Article contains additional citation context not shown here]

T. Kitami and I. Tokizawa, "Cell loss compensation schemes employing error correctioncoding for asynchronousbroadbandISDN," Proc. INFOCOM'90, pp. 116-123, San Francisco, CA, June 1990.

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