Implementation of CoAP Algorithm to Estimate the Motion of Video Stream

  • Dr. M. Umadevi, Dr. S. Radha Rammohan, Ms. R. Deepika, Ms. P. Shanmuga Prabha
Keywords: Congestion Control Mechanism, Grid Search Algorithm, Constrained Application Protocol, Redundancy reduction , Block Matching

Abstract

The IOT technology led to the emergence of CoAP to eliminate the constraints occurred in lossy environment. This protocol aids at smooth hazzle free communication between the IOT devices. But these protocols weren't reliable for video streaming applications. Hence for a reliable video streaming applications in Wireless network analyses and performance evaluation of this protocol is taken for study in this article. This investigation is carried out by multiple studies adjusting the transmission attributes in the grid algorithm corresponding to each frame to reduce time complexity and to augment the frame rates. Hence in this study the video is disintegrated into frames. For this purpose poor quality video is taken considering mechanical vibrations, poor quality of a lens, and the object movement in the video scenario.  So we propose a flow estimation based stabilization method using a novel search algorithm. The proposed method is implemented using a Matlab simulation with a real-time video sequence after it is converted into frames. The image processing toolbox has to be used to perform this compression.

Published
2021-07-16
How to Cite
Ms. R. Deepika, Ms. P. Shanmuga Prabha, D. M. U. D. S. R. R. (2021). Implementation of CoAP Algorithm to Estimate the Motion of Video Stream. Design Engineering, 3160- 3183. Retrieved from http://thedesignengineering.com/index.php/DE/article/view/2737
Section
Articles