Tag Archives: IoT

Power & Energy Vertical Track at the 2022 IEEE World Forum on Internet of Things

May 2022

I am sincerely excited to co-chair the Power & Energy Vertical Track at the 2022 IEEE World Forum on Internet-of-Things (WF IoT), in Yokohama, Japan, coming November. I have happily chaired the same track in the last installment of the WF and I look forward to putting together multiple sessions of researchers and experts on all things (“Internet of… things” – see what I did there?) energy and power systems.

My track co-chair Sérgio Ivan Lopes, Technology and Management School of the Polytechnic Institute of Viana do Castelo (ESTG-IPVC), and I will be reaching out to many of you who can contribute to the subjects of interest. The contributions may also be remote/online. A paper track is planned, too, and I will be updating this announcement with submission and deadline details soon.

If you want to nominate yourself or someone you know as a contributor to the Energy & Power Vertical Track of the 2022 IEEE WF on IoT, please reach out. I will be delighted to have you!

Standard IEEE 2660.1-2020 Published

February 2021

After many efforts over about a 5-year period I am happy to report the publication of the IEEE Standard 2660.1-2020 titled “Recommended Practice for Industrial Agents.” You can find it here. We are moving fast into an IoT era where local decision making either in the form of optimization, control action or system assessment, becomes critical and widespread. The most typical software entity that performs some type of any activity at a local level and in the form of a module is the ‘agent.’ Agents have been the backbone of many approaches, paradigms and architectures in dozens of applications. However, there is little information or methodology of how an agent should be deployed for a certain purpose, how to interact with other agents or the equipment it drives and the data it collects. This standard introduces exactly that. An algorithm (in the abstract sense) that takes into account the premises of an application and ranks according to various metrics which type of programming, organizing and communication protocols would fit best the said application.

This standard represents a major step forward in opening up a wide and clearly specified path for agents to be deployed in applications of the buildings, industrial, power, energy and other sectors. Stakeholders in these fields can employ this standard to best define the value of every different agent implementation in light of each application scoped.

I have been fortunate to work with great collaborators and honored to serve as the subgroup chair for the Energy & Power systems applications.