A Concept for Differential Pulse Code Modulation based Compressor for Endioscopy Videos using Image Processing Software

Abstract

Endoscopy is a really settled perspective that empowers the ability to look at inside the human body with a non interfering technique. The crucial test if endoscopic framework is building up a blower with decreased area and force while fit for squeezing this gigantic extent of information. This paper bases on building up a low unusualness, low force blower for video case endoscopic applications. Here, the credits of endoscopic pictures are explored first and a calculation is made around these attributes with the target that it better suits the application. Mishandling restricted hiding substance of endoscopic picture, the proposed assessment changes over RGB picture into YUV disguising space. This is trailed by DPCM and Golomb Rice coding and the picture is changed over to squeezed piece stream. The redid pictures will be reviewed for checking the MMSE and PSNR respects. We will improve the picture quality utilizing cell automata-based course of action frameworks for better understanding.