الفهرس 
IntroductionOnly 14 pages are availabe for public view
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Abstract
The way we use video streaming is evolving. Users used to broadcast their videos on social media platforms. These platforms enable them to interact from anywhere they want. Recently, there has been a wide range of people who use live video streaming platforms regularly. Many of these platforms broadcast live video feeds of electronic games, so young streamers use them to make money. Live streaming refers to media that is simultaneously broadcasted and recorded online in real-time. Despite the growing popularity of these platforms, there is a risk that this technology will be abused. Several other recorded cases of abuse have resulted in the emerging popularity of live streaming platforms. Many criminal and public proceedings may rely on information linked to a normal Web user’s Online activity. Examining the web browser’s history or cache may reveal helpful information about the suspect’s activities. The evidence can reveal keys that might lead to this individual being convicted or clear. Our main aim in this thesis is to examine data from a cached stream using YouTube, YouTube Gaming/Live, Twitter and Nimo TV, using Firefox and chromium Web browsers. It provides an effective solution for local video stream recovery using the Firefox and chromium browsers. Two proposed techniques are presented for reconstructing cached videos. It implement a unique way of extracting fragments without compromising accuracy and efficiency. Many experiments were made to prove the feasibility of the proposed techniques. The proposed techniques also apply to a forensic analysis of various streaming platforms. There is still a scope of improvement in these
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techniques. This study aims to support the forensic investigators of this field to ensure effective video reconstruction.