This paper describes a generic methodology to develop mathematical and computational
models of different components of the smart grid architecture model (SGAM). The SGAM …

In recent years, the smart grid has attracted wide attention from around the world. Large
scale data are collected by sensors and measurement devices in a smart grid. Smart meters …

In this paper, we discuss the compression of waveforms obtained from measurements of
power system quantities and analyze the reasons why its importance is growing with the …

We propose a compression approach for load profile data, which addresses practical
requirements of smart metering. By providing linear time complexity with respect to the input …

The analysis of electrical signals is a pressing requirement for the optimal design of power
distribution. In this context, this paper illustrates how to use a variety of numerical tools, such …

This article proposes a model-free lossless data compression method for time series in
smart grids (SGs), namely, Lossless Coding considering Precision (LCP) method. The LCP …

Automation metering services, load forecasting, and energy feedback are among the great
benefits of smart meters. These meters are usually connected using Narrowband power line …

The smart grid is a fully automatic delivery grid for electricity power with a two-way reliable
flow of electricity and information among different equipment on the grid. Smart meters and …

This paper proposes a transform-based compression algorithm for waveforms associated
with power quality and transient phenomena in power systems. This method uses the …

Utility providers are relying more often on smart, wirelessly connected smart meters to collect
consumption information of their customers. The sheer amount of connected smart meters …