Robust Encryption of Uncompressed Videos with a Selective Frame Scheme
Rupali N. Hole, Megha Kolhekar · 2018
The wide use of video multimedia applications has made it important to improve the security of video information for streaming it over communication links. In this case cryptography techniques are necessary and the security of video information becomes essential. Existing video encryption scheme address this issue by using chaotic map or standard private key systems [1]. In this paper” we propose an encryption scheme which uses a computationally simple technique like “Simplified Data Encryption Standard” (SDES) along with a novel frame selection scheme. The use of frame selection mechanism makes the technique easy to implement. Robustness is achieved with the help of “RSA” encryption on user key parameters. The proposed scheme is evaluated using unique feature such as “Unified average changing intensity” (UACI) and “Number of Pixel Change Rate” (NPCR). We tested proposed scheme on videos containing different videos of “visual correlation” and we find that proposed scheme works reasonably well irrespective of level of “visual correlation”.