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Luo, W., Balachandran, K., Nanda, S., & Chang, K.
Technical specification group radio access network Radio link control (RLC) protocol specification. ACM Computer Communication Review, 35(2), 37–52.ģrd Generation Partnership Project. Measuring the evolution of transport protocols in the Internet. Mathis, M., Mahdavi, J., Floyd, S., & Romanow, A. High Performance TCP/IP networking: concepts, issues, and solutions. The transport layer: tutorial and survey. IEEE Communication Magazine, 22(12), 5–17. Automatic-repeat-request error-control schemes. Improving TCP performance over mobile networks. A survey of light-weight transport protocols for high-speed networks. A., Dykeman, D., Kaiserwerth, M., Meister, B. Furthermore, we show that the SR-SWP model exhibits the lower goodput and the smaller mean resequencing delay than those obtained from the traditional SR-ARQ protocol model.ĭoeringer, W. From numerical results, we demonstrate that the impact of TORE on the performance is not negligible for high packet-loss probabilities. Using this model, we derive explicit forms of goodput and mean resequencing delay, which are fundamental qualities of service parameters. We propose an analytical performance model to represent the TORE in the case of heavy traffic. We demonstrate that SR-SWP yields a throughput restraint effect (TORE) in particular situations when packet losses occur. Hence, widely used reliable data-transfer protocols such as TCP-SACK and RLC utilize this sliding window mechanism in conjunction with a selective-repeat ARQ (automatic repeat request) function, namely, the selective-repeat sliding window protocol (SR-SWP). A sliding window mechanism is well known to be a convenient way to integrate cumulative acknowledgement and flow control functions in a simple manner.
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