📈📉 Script to simulate individual encoding types: NRZI, NRZ, RZ, AMI, PE(MANCHESTER)
Decoder-independent minimum Hamming distance estimator for LTE Turbo Codes (ZT and tail-biting), based on RTZ sequence detection
Design and simulation toolkit for Decomposed Parallel Concatenated Convolutional Codes (DPCCC): a novel turbo code structure with improved minimum Hamming distance. Includes decoder-free interleaver design, N-impulse design, and Monte Carlo BER/FER simulation.
ARP interleaver design tool for turbo codes: distance-driven layer-by-layer search using decoder-free mHD estimation. Supports arbitrary RSC encoders, puncturing patterns, and all LTE block sizes.
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