Existing classical power grid systems are very sensitive against the integration of renewable
and distributed energy sources due to voltage and frequency fluctuations that cause several …

We formulate an Optimal Real-Time Power Flow (ORPF) problem that integrates renwable
energy generation and energy storage. In the ORPF problem, we seek to minimize the costs …

In this paper, a novel decentralized algorithm is proposed to minimize power flow loss in a
large‐scale future grid connecting with many real‐time‐distributed generation systems by …

This paper proposes a distributed flow-based routing technique in energy-harvesting
wireless sensor networks (EHWSNs) in order to balance the energy consumptions by …

Circuit-based computation has contributed to designing efficient, highly-scalable, and
reliable distributed control systems. As in load-balancing problems, uniform assignment of …

The availability of water and by extension, the availability of electricity to operate the water
pumps is necessary for farming. However, the total electricity available for use in each …

This paper proposes a distributed algorithm that aims for congestion control in Software
Defined Networking with distributed controllers by exploiting loop structures in a network …

Future smart grids will likely support bi-directional flow of electricity and include power
production from multiple, disparate, and uncontrollable sources due to a high penetration of …

Future grid will likely support flexible bi-directional power flows and include energy
production from multiple, disparate, and uncontrollable sources due to a high penetration of …