Visible to the public Efficient Hybrid Encryption System Based on Block Cipher and Chaos Generator

TitleEfficient Hybrid Encryption System Based on Block Cipher and Chaos Generator
Publication TypeConference Paper
Year of Publication2016
AuthorsKotel, S., Sbiaa, F., Zeghid, M., Machhout, M., Baganne, A., Tourki, R.
Conference Name2016 IEEE International Conference on Computer and Information Technology (CIT)
Keywordsadvanced encryption standard, AES, Algorithm design and analysis, Block Cipher, chaos generator, chaos generators, chaotic cryptography, composability, cryptography, CTR mode, Encryption, Hardware, Hardware performance analysis, high initial-value sensitivity, hybrid cryptosystem, hybrid encryption system, hybrid video cryptosystem, Metrics, multimedia content, multimedia data, Multimedia systems, pubcrawl, Real-time Systems, Resiliency, security analysis, Streaming media, Symmetric Key Cryptography, video encryption, video signal processing
Abstract

In recent years, more and more multimedia data are generated and transmitted in various fields. So, many encryption methods for multimedia content have been put forward to satisfy various applications. However, there are still some open issues. Each encryption method has its advantages and drawbacks. Our main goal is expected to provide a solution for multimedia encryption which satisfies the target application constraints and performs metrics of the encryption algorithm. The Advanced Encryption Standard (AES) is the most popular algorithm used in symmetric key cryptography. Furthermore, chaotic encryption is a new research direction of cryptography which is characterized by high initial-value sensitivity and good randomness. In this paper we propose a hybrid video cryptosystem which combines two encryption techniques. The proposed cryptosystem realizes the video encryption through the chaos and AES in CTR mode. Experimental results and security analysis demonstrate that this cryptosystem is highly efficient and a robust system for video encryption.

DOI10.1109/CIT.2016.45
Citation Keykotel_efficient_2016