Joint blind reconstruction of the cyclic codes and self-synchronous scramblers in a noisy environment
Y Ding, Z Huang, J Zhou - IEEE Transactions on …, 2023 - ieeexplore.ieee.org
Reverse analysis of the intercepted signal to reconstruct the communication scheme used
by the transmitter is a key problem in the non-cooperative context. In this paper, we propose …
by the transmitter is a key problem in the non-cooperative context. In this paper, we propose …
Reduced-complexity RS codes recognizer based on spectra update algorithm
Y Chang, W Zhang, D Wei, H Wang… - IEEE Communications …, 2023 - ieeexplore.ieee.org
In non-cooperative communication systems, the effective recognition by intercepted
bitstream at the 3rd-party receiver is an important mission for military or security purposes …
bitstream at the 3rd-party receiver is an important mission for military or security purposes …
Joint blind reconstruction of cyclic codes and self‐synchronous scramblers
Y Ding, Z Huang, J Zhou - IET Communications, 2023 - Wiley Online Library
The inverse analysis of the intercepted signals to reconstruct the communication scheme
used by the transmitter is a key problem in the non‐cooperative context. In this paper, the …
used by the transmitter is a key problem in the non‐cooperative context. In this paper, the …
Detecting Linear Block Codes via Deep Learning
In the channel code detection problem, given a sequence of noise-affected codewords
generated by an unknown code, the aim is to identify the correct channel code from the …
generated by an unknown code, the aim is to identify the correct channel code from the …
Third-party cyclic code reconstruction over binary erasure channel
AD Yardi - International Journal of Information and Coding …, 2022 - inderscienceonline.com
We consider a setup where Alice is transmitting channel coded messages to Bob and
intruder Willie is snooping over this communication. Willie does not know the channel code …
intruder Willie is snooping over this communication. Willie does not know the channel code …