Survey on Detection of Manipulated Multimedia in Digital Forensics Using Machine Learning

Anand Gudnavar, Preetam Anvekar, Shraddha Sambrekar, Tejashwini Pallakke
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Abstract

The manipulation of multimedia has increased all over the world. Different tools are used to alter the multimedia and it is difficult to detect genuine and fake media. People are facing problems to detect if the media is real or fake. Due to manipulated media, cybercrime has becomeincreasingly widespread. We believe that personal security and privacy should be carried out easily and intelligently in this digital environment where all fundamental tasks are completed without issue. When we looked into the numbers, we discovered that a sizable proportion of people experience harassment or other forms of abuseregularly. Based on a review of the existing system, we presented an application that would use the CNN (Convolutional Neural Networks) method to distinguish between real and fraudulent media in a single application. CNN performs better with picture and voice or audio inputs than earlier networks and other techniques. CNN hidden extract feature from the input using pixels value and computation based on edges and outline of the inputs using pixels value and computation based on edges and outline of the inputs. The growing use of convolutional neural networks (CNNs) has had a substantial effect on defenders.
基于机器学习的数字取证中被操纵多媒体检测研究
全世界对多媒体的使用都在增加。不同的工具被用来改变多媒体,很难识别真假媒体。人们正面临着辨别媒体是真是假的问题。由于媒体被操纵,网络犯罪变得越来越普遍。我们认为,在这个数字环境中,所有基本任务都可以毫无问题地完成,个人安全和隐私应该轻松智能地进行。当我们研究这些数字时,我们发现相当大比例的人经常遭受骚扰或其他形式的虐待。基于对现有系统的回顾,我们提出了一个应用程序,该应用程序将使用CNN(卷积神经网络)方法在单个应用程序中区分真实和欺诈媒体。CNN在图像和语音或音频输入方面比早期的网络和其他技术表现得更好。CNN hidden利用像素值从输入中提取特征,并基于输入的边缘和轮廓计算,利用像素值和基于输入的边缘和轮廓计算。卷积神经网络(cnn)的日益普及对防御者产生了重大影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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