The Parallelization Design of Chaotic Encryption System Based on Mulit-level Shuffle-Exchange Network
Nan Ding, MA Hong-lian, Tan Guozhen · 2009
Facing the rapid development of multimedia and Internet technology, the demand of information on the real-time communications and confidentiality is increasing highly. The system, mainly based on a chaotic encryption algorithm and combined with multi-level shuffle exchange network, is designed and implemented a high-speed data encryption system. After settling the problem of conflict of access caused by a number of input data channel compete for access, we further enhance the encryption module redundancy to achieve a throughput capacity of the system upgrading and the optimization allocation of demand.