ABSTRACT:
Security assurance of observation recordings is a critical issue as a result of the inescapability of reconnaissance cameras. Locale of intrigue (RoI) security insurance inclines toward encoding constrained protection touchy territories to scrambling the whole video as a result of the asset fixed Internet of Things gadgets. In any case, numerous cryptographic advances presently connected in security insurance, e.g., AES and RSA, are not proficient to meet the constant prerequisite for observation recordings.
A lightweight encryption approach is then conceived in light of layered cell automata (LCA). Utilizing our methodology, the separated RoIs are bolstered into the underlying condition of a 8-layer cell automata, which is driven by the arbitrarily chosen tenets for the LCA’s state changes. Thus, all RoIs are scrambled freely and synchronously. The scrambled RoIs are put away at the camera side and can be utilized by validated clients through an on-request way. The reconnaissance video without RoIs can be viewed continuously by any client on the web. Hypothetical examinations and test results demonstrate that our methodology is both proficient and compelling.
HARDWARE REQUIREMENT:
CPU type : Intel Pentium 4
Clock speed : 3.0 GHz
Ram size : 512 MB
Hard disk capacity : 40 GB
Monitor type : 15 Inch shading screen
Keyboard type : web console
Mobile : ANDROID MOBILE
SOFTWARE REQUIREMENT:
Working System: Android Studio
Language : ANDROID SDK 7.0
Documentation : Ms-Office
BASE PAPER: A Lightweight Encryption Method for Privacy Protection in Surveillance Videos
