Video compression techniques using listless speck and multirate wavelets with zooming

Abstract

Digital video communications are employed in satellite broadcast newlineterrestrial applications and digital storage for both wired and wireless newlinechannels Without processing it is not possible to store full digital video Over newlinethe past two decades Spatial and Temporal compression of video pay load in newlinethe form of packetized streams have been an area of extensive investigation newlineand research The bit stream rate for transmission is given by width x height x newlinebitspixel x frame rate bitssecond and for a display profile of 1024 x 768 with newline24 bits pixel ant a frame rate of 25 framessecond is 471859200 bitssecond newlinewhich is very high Hence there is a need for Video Compression and this is newlinethe motivation behind this research newline newline