Smart grid has emerged as the next generation of power grid, due to its reliability, flexibility,
and efficiency. However, smart grid faces some critical security challenges such as the …

Smart grid (SG) communication has recently received significant attentions to facilitate
intelligent and distributed electric power transmission systems. However, communication …

With increasing deployments of smart grid systems, a large quantity of energy usage and
grid status data have been collected by smart grid devices like smart meters. To secure …

Smart grid (SG) is an agenda of interest to governments and researchers, as a successful
cyberattack against smart grids (eg compromise of smart meters) can have devastating real …

Abstract The Internet of Things (IoT) has plenty of applications including Smart Grid (SG). IoT
enables smooth and efficient utilization of SG. It is assumed as the prevalent illustration of …

In smart grid, the “smartness” usually comes from the two-way communication between the
utility and its users as well as the sensing along the transmission lines. As a result, securing …

A smart grid (SG) consists of many subsystems and networks, all working together as a
system of systems, many of which are vulnerable and can be attacked remotely. Therefore …

The information exchanged over the smart grid networks is sensitive and private. As such,
proper mechanisms must be put in place to protect these messages from security and …

In smart grid, various kinds of sensors have been equipped in smart meters to collect real-
time consumption data and execute the instructions from the power management center …

The rapid advancements in smart grid (SG) technology extend a large number of
applications including vehicle charging, smart buildings, and smart cities through the …