Performance Analysis and Application of Mobile Blockchain in Mobile Edge Computing Architecture

Abstract

Blockchain is a system that allows the track process of the sending and receiving of some types of information over the internet. They are pieces of code generated online that carry information connected -like blocks of data that form a chain. As the technology blockchain continues to evolve, it has everincreasing opportunities to help applications for mobile devices increasing the security aspects coming of the security characteristics of these networks. This is interesting for mobile security, as it has become increasingly important due to the growth in the use of mobile applications for financial transactions. In this paper, a blockchain benchmark study is carried out in mobile devices, illustrating its process with the help of architecture that allows the best blockchain performance on mobile devices using edge computing. With this benchmark, with regard to the performance achieved, it is possible to compare the difference between use of blockchain in a mobile edge computing architecture and without that architecture. So, we validate that adding edge computing to the mobile blockchain mining process increases its efficiency.

Energy-Efficient Distributed Cluster-Tree Based Routing Protocol for Applications IoT-Based WSN

“…Therefore, the greatest challenge in applications IoT-based WSN is how to reduce the energy dissipation of smart sensor devices, as a result, prolong the lifespan of the network, which should be considered during the designing of routing protocols. To attain this goal, numerous researchers have proposed efficient energy routing schemes for WSN, in which the clustering mechanism is one of the most useful methods [9,24,25]. According to the clustering method, the network system is partitioned into various clusters; each cluster involves one cluster head node (CHN) and some cluster members (CMs) [10].…”