Turbo codes facilitate near-capacity transmission throughputs by achieving a reliable
iterative forward error correction. However, owing to the serial data dependence imposed by …

Turbo codes have recently been considered for energy-constrained wireless communication
applications, since they facilitate a low transmission energy consumption. However, in order …

This brief presents a parallel architecture for the turbo decoder using the quadratic
permutation polynomial interleaver. The supported block size ranges from 40 to 6144 with …

In wireless communication schemes, turbo codes facilitate near-capacity transmission
throughputs by achieving reliable forward error correction. However, owing to the serial data …

Low-density parity-check (LDPC) codes and convolutional Turbo codes are two of the most
powerful error correcting codes that are widely used in modern communication systems. In a …

As a class of high-performance forward error correction codes, turbo codes, which can
approach the channel capacity, could become a candidate of the coding methods in future …

This paper presents an efficient implementation of a high-throughput low-power turbo
decoder. The design of the component decoder has been optimized so as to achieve low …

The wireless communication has two significant blocks across transmitter and receivers are
encoders and decoders. This work focuses on the design and implementation of turbo …

Next-generation communication systems, such as 3GPP-LTE and WiMAX, have adopted
turbo code as the channel coding technique. Turbo decoder usually requires many MAP …

Novel high-throughput architecture for a turbo decoder, which has been conceived by
combining the advantages of pipelining and parallel processing, is proposed. Increase in …