Development of video compression using EWNS linear transformation and un-repetition simulated contrary based resurgence procedure

In the recent years, video transmission area endures several failures owing to the limited amount of a cutting edge technique to store large sized videos. For this reason, video compression method is used. For compression of videos, frame formation can be done by splitting the video frames by A_Frames, B_Frames and C_Frames. These frames will stay unchanged entire process; it will also utilize the memory for computational purpose. The proposed work consists of 2 phases. In the first phase, Acclimatize Frame Formation (AFF) is used to expand the characteristic of video coding and EWNS linear transformation (ELT) is initiated for substituting B_Frames with neither A_Frame nor C_Frame. In the second phase, un-repetition simulated contrary based resurgence procedure (URSCRP) is proposed for restoration of videos that demonstrates tiny convolution and time necessity together with conservation of restoration feature. Simulation results shows that URSCRP provides better accuracy and optimization compared to other related procedures. URSCRP provides PSNR of 30 dB, accuracy of 98% and minimized amount of elapsed time compared to related procedures.