As we are moving toward advance technologies like Industry 4.0 and autonomous systems, more and more issues related to electromagnetic disturbance are getting common. The EMI detector aims to solve the issue of EMI disturbance by detecting electromagnetic disturbances.

With the modernization and automation of energy trading between suppliers and consumers, the energy market is moving more in the direction of an intelligent energy management system that is highly dependent on a smart communication network.

This blog deals with the difficulties faced by an ESR and adjusting after moving to their host country.

An Early Stage Researcher’s perspective on the PETER first Network Wide Event held virtually from May 26th to May 29th.

As Electromagnetic Interference threats are evolving rapidly, one big question remains unanswered: what is the behavior of Error Detection and Correction Codes under harsh electromagnetic interference? This blog provides a solution to facilitate this exploration.

It is important for a new Ph.D. student to understand how reproducibility works and how to contribute to the scientific community with results that are straight-forward to reproduce, and on which future work can be easily based.

Unfortunately, when people use the term EMC in the context of Electromagnetic Resilience, it tends to cause confusion with EMC Risk Management even though these two different concepts are separated by about 5 orders of magnitude!

One of the main challenges for performing an EM risk analysis is to identify and mitigate all significant EM threats to a system/item/equipment. Reliance on EMC standards is not sufficient for this, as the EMI threats are evolving more rapidly.

An Early Stage Researcher’s comprehensive perspective on the PETER kick-off event held at Barco, Kortrijk, Belgium on 4th & 5th Feb 2020.

By completing my PETER PhD, hopefully I can evolve into a “new me” and therefore make contributions to the future “new world”!