Polarization-adjusted convolutional (PAC) codes of short blocklengths over the binary-input
additive white Gaussian noise channel have excellent performance. To further improve the …

This paper describes an adaptation of a polar code decoding technique in favor of the
extended Golay code. Based on the bridge provided by a permutation matrix between the …

Polar codes constructed with large polarization kernels were recently proven to be able to
achieve optimal finite-length scaling properties. However, straightforward decoding for large …

In the context of decoding binary linear block codes by polar code decoding techniques, we
propose in this paper a new optimization of the serial nature of decoding the polar codes …

Binary linear block codes (BLBCs) are essential to modern communication, but their diverse
structures often require multiple decoders, increasing complexity. This work introduces …

In this paper, we propose some new constraints on the rate profile based on the reliability of
the bit-channels to optimize the polarization-adjusted convolutional (PAC) codes under …

Integration of biometric authentication, dynamic CVV, and Machine Learning Model Having
the capacity to enhance the security of financial transaction systems. The recommended …

In the field of channel coding theory, there are two main branches. The first is related to the
design and construction of codes capable of facilitating identification of errors at the receiver …

The research in wireless communication has developed rapidly for the last decades as a
result of raising the demand for efficient data transmission with more security and accuracy …

Polarization-adjusted convolutional (PAC) codes use convolutional codes as outer codes to
tackle the capacity loss of polar codes under finite block length. Along this direction, the …