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A tailbiting block-interleaved pipelining (TB-BIP) is proposed for deeply-pipelined turbo decoders. Conventional sliding window block-interleaved pipelining (SW-BIP) turbo decoders suffer from many warm-up calculations when the number of pipeline stages is increased. However, by using TB-BIP, more than 50% of the warm-up calculations are reduced as compared to SW-BIP. We have implemented a TB-BIP...
In this paper, a tailbiting block-interleaved pipelining (BIP) architecture is proposed for high-throughput and energy efficient WiMAX turbo decoders. Conventional sliding window (SW) BIP turbo decoders suffer from many warm-up calculations and large memory size when the number of pipeline stages is increased. Instead of the SW, we combined the tailbiting method with BIP. Consequently, more than 50%...
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