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HARQ Under Outdated CSI, Finite-Blocklength Regimes and Generalised-Rician Fading

This work focuses on the impact of finite-blocklength (FBL) regimes on performance of hybrid automatic repeat request (HARQ) protocols under the proposed conditions of outdated channel state information (oCSI) severity,… Click to show full abstract

This work focuses on the impact of finite-blocklength (FBL) regimes on performance of hybrid automatic repeat request (HARQ) protocols under the proposed conditions of outdated channel state information (oCSI) severity, generalised-Rician fading and maximal-ratio-combining deployment. The outage probability (OP)|defined as the probability of erroneous HARQ short-packet transmissions and the OP is a key performance indicator in this work|will be derived in compact form under the proposed conditions. Compact expressions are obtained, which depict the OP under these practical conditions and present certain trade-off among latency, blocklength and the OP. A brief review of existing results is performed. Penalty of increasing information capacity and the dominance of system coherence are shown, which justifies this work.

Keywords: generalised rician; finite blocklength; harq; rician fading; blocklength

Journal Title: IEEE Transactions on Vehicular Technology
Year Published: 2022

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