A Modulation-Based Encryption Framework Integrating Channel and Artificial Noise for DNA Storage
This project provides raw Nanopore sequencing data for the wet-lab validation of a novel DNA storage encryption framework. The study evaluates a modulation-based encryption approach that integrates channel and artificial noise to enhance security. The dataset includes sequencing reads from a mixed pool of 8 synthetic plasmids (2 normal and 6 misleading sequences) to test the decryption performance and robustness of the proposed framework.