Non-Crypto Authentication for Smart Grid Based on Edge Computing

Abstract

As a new computing architecture, edge computing has gradually penetrated into the smart grid and provide real time monitoring and control. However, as a new type of node arranged in the network, its own security protection has become an incredibly challenging task. Security authentication is the first line of defence for security protection. Due to its fast and light-weight characteristics, physical layer channel information access authentication technology for non-cryptographic packets is a potential identification method for the smart grid terminal access under the edge computing system, in which the real time response is incredibly important. This paper aims to investigate the physical layer authentication method compared with the traditional upper layer authentication technology, and an authentication scheme suitable for smart grid is proposed.

Certificateless Batch Authentication Scheme and Intrusion Detection Model Based on the Mobile Edge Computing Technology NDN-IoT Environment

“…The security overflow probability of intelligent terminals increases with the decrease of overflow probability, which means that the ability to withstand eavesdropping is stronger at this time [21]. The time taken to upload the computing task to the edge server in this paper represents the uploading speed of the intelligent terminal, as shown in formula (3).…”

“…The optimization algorithm based on the genetic algorithm is combined with the resource management algorithm based on multibase station cooperation. Further considering the scenario of multiple intelligent terminals and a single edge server, how does the edge server choose intelligent terminals to provide computing services with limited energy resources [3]? Aiming at the abovementioned problems, this paper proposes an accurate and effective algorithm to find the optimal intelligent terminal selection scheme and a large number of simulation results prove the accuracy of the proposed algorithm [4].…”

Seamless Security on Mobile Devices Textual Password Quantification Model Based Usability Evaluation of Secure Rotary Entry Pad Authentication

“…The authentication system becomes an important part and the first line of defense when an unauthorized party tries accessing data or a device [1]. Today's most popular authentication method is using a numeric password [2] because users do not need to incur additional costs, and it is easy to remember.…”