A Survey on Video Watermarking Method for Reliability and Security in Video Using Least Significant Bit

Abstract

Digital watermarking techniques have fastest growing techniques for copyright protection and authentication. Digital watermarking field has so many articles which covers innovative approach. Hence, watermarking is a solution for patent protection and content verification mechanisms. Watermarking is classified into three domain i.e. spatial, transform and wavelet. Todays media use watermarking techniques for various applications such as copyright protection, copy control and tamper recurrence. Main focus involved in watermarking approach is its design considerations, choice of suitable watermarking methodology, security, reliability and robustness. In this survey we have studied and analyze much number of techniques and methodologies where we found video watermarking interesting. In this digital world many revolution has taking place with the paradigm of multimedia distribution. Computer networks with High speed in World Wide Web have revolutionized. Distribution and production of High quality copies of digital data through the internet by exploiting recent network and software technologies. Video piracy has become an increasing problem particularly with the proliferation of media sharing through the advancement of Internet services and various technologies. Security techniques that are based on security techniques only provide assurances for data confidentiality, authenticity, and integrity during data transmission through a public channel. However, many security techniques do not provide protection against unauthorized copying or transmitting of illegal materials. Digital watermarking is the act of hiding a message related to digital signals in different forms like an image, song, video within the signal itself. Using digital watermarking, copyright information can be implanted into the multimedia data by using some algorithms. Watermark information is mainly for protecting the copyright, covert communication and data file authenticity. Existing video watermarking techniques are divided into different categories Spatial, Transform and Pixel as shown in Fig1.

Authors and Affiliations

Nitesh Shukla, Sunil Sharma

Keywords

Related Articles

Biodiesel Production By Alkaline Transesterification Of Mamey Sapote Oil

Bio- Diesel can also prepared from fruit seed oil to Diesel Engines .Mamey Sapote seeds are easily available and nonedible to all human being. Since most of the biodiesel were derived from edible oils like soybean, sunfl...

An Optimized Modified Booth Recoder for Efficient Design of the Add-Multiply Operator

Modern consumer electronics make extensive use of Digital Signal Processing (DSP) providing custom accelerators for the domains of multimedia, communications etc. Typical DSP applications carry out a large number of ari...

Reduce Handoff Call Drop Rate in Mobile Communication Networks a Survey

In wireless communication networks handoff is used to provide the communication everywhere to moving user. Many researchers proposed various handoff algorithm to reduce call drop rate. These algorithms have many disadva...

A Novel Attraction Segregation based Image Compression Technique

Digital pictures need sizable amounts of bits to represent them and in their canonical illustration, usually contain important quantity of redundancy. Compression techniques scale back the amounts of bits needed to repr...

Singular-Value-Decomposition Based Generalized Inverse Aided Method PAPR-Aware Linear Precoder Designing for MIMO Based OFDM System

Here we propose a linear precoding scheme for a single user multiple-input–multiple-output orthogonal frequency division multiplexing (OFDM) system to minimize PAPR (peak to average power ratio) by using some redundant...

Download PDF file
  • EP ID EP22291
  • DOI -
  • Views 205
  • Downloads 4

How To Cite

Nitesh Shukla, Sunil Sharma (2016). A Survey on Video Watermarking Method for Reliability and Security in Video Using Least Significant Bit. International Journal for Research in Applied Science and Engineering Technology (IJRASET), 4(6), -. https://europub.co.uk/articles/-A-22291