Inverse filtering and image composition with minimal used resources
Goran Savic, Milan D. Prokin, Vladimir M. Rajovic, Dragana Z. Prokin · 2014
State-of-the-art inverse filtering and image composition methods require significant memory resources for the synchronization between different levels of image composition. This paper presents novel inverse filtering and image composition method without synchronization memory between different levels of image composition. This solution also enables significant savings in memory and logic resources, and minimizes the delay which inverse filter and image composition brings into image decompression system.